Dinan Wheel Spacers - 5x112 - 66.5mm CB - 8mm Thick (Set of 2)

Find BMW 228i Gran Coupe parts for the four-door model’s exact chassis, engine and brake equipment. Keep Gran Coupe applications distinct from the two-door 228i Coupe. Four-Door Platform Identification Record generation, market, engine code and drivetrain. BMW’s Gran Coupe uses a different platform arrangement from the rear-wheel-drive-based two-door Coupe, so shared 228i naming is not enough to choose engine or chassis hardware. Use complete Gran Coupe coverage for body accessories and mounting components. For all-wheel-drive applications, compare the 228i xDrive Gran Coupe guidance. Brake Pads, Rotors and Sensors Identify the installed caliper and brake option before selecting pads. Match pad shape, rotor diameter, thickness, material and axle, then choose a compound for the car’s use. Wear sensors and fitting hardware need separate checks. Confirm connector, routing and the exact contents of a pad-and-hardware kit rather than assuming every service item is included. Choose Your P...

Choose BMW 228i xDrive Gran Coupe parts for the four-door all-wheel-drive model. Brake equipment, sensor connections and platform-specific chassis coverage define the application. Gran Coupe and xDrive Identification Record generation, engine code and production details, retaining both Gran Coupe and xDrive in the vehicle identification. A two-door 228i xDrive Coupe is a different chassis application. For suspension or driveline work, use explicit coverage for the actual all-wheel-drive platform. Shared engine displacement or an xDrive badge does not establish identical mounting and shaft arrangements. Plan Brake Service by Axle Match caliper, rotor material and complete dimensions before selecting pads or rotors. Front and rear applications need independent checks, including factory brake options or conversions. Compare sensor connector and wire routing, and review the contents of pad or hardware kits. Choose compound characteristics after confirming fit, using the manufacturer’s i...

Shop BMW 230i parts by generation, engine and body. F22/F23 and later G42 applications need their own intake, chassis and lighting coverage. Generation-Specific Induction Injen identifies specified F22/F23 230i 2.0T intake applications. Confirm the exact engine and production coverage rather than extending an earlier kit to a later G42 car. Compare housing, filter, turbo-side connections, ventilation fittings and mounting pieces. Record any existing inlet or charge-pipe changes so companion components suit the installed system. Brakes, Body and Lighting Identify caliper, rotor dimensions, material and axle before choosing brake components. Sensor connector and routing, pad compound and supplied hardware are separate checks. For exterior or lighting work, match the actual body and lamp assembly, including production changes, connectors and coding requirements. An M-specific body application does not automatically cover a standard 230i. Choose Your Part Identify F22/F23 or G42 and en...

Choose BMW 230i xDrive parts with generation and all-wheel-drive chassis coverage established first. Intake kits, suspension components and brake-service parts need their own equipment checks. Engine and Intake Application Injen lists specified F22/F23 230i/xDrive 2.0T intake applications. Match engine, production coverage and existing inlet connections, keeping later-generation installations separate. Compare the complete kit’s housing, filter, mounting and ventilation fittings. A replacement filter must service the actual installed intake rather than a visually similar housing. xDrive Chassis and Brake Equipment For suspension and driveline components, use explicit xDrive coverage for the exact generation and body. Review damping restrictions, mounts, spring requirements and wheel clearance. For brake service, identify caliper, rotor dimensions and material, axle and pad shape. Confirm the sensor connector and routing separately and review whether fitting hardware is included. Cho...

Choose BMW 330e parts for the plug-in hybrid 3 Series. Confirm hybrid-specific chassis coverage and the car’s actual lighting equipment before planning a change. Hybrid Chassis Applications The 330e combines petrol and electric drive. Suspension components must explicitly cover the hybrid, body and axle loads rather than relying on a non-hybrid 330i application. Engine-related upgrades need their own hybrid coverage and installation instructions. Identify the exact cooling or induction assembly instead of assuming every component follows the petrol-only car. Headlamps and Exterior Components Some G20 replacement headlights specify non-laser equipment only. Preserve that restriction and compare original lamp type, connections and any coding requirements. For a rear spoiler, match body and trunk-lid profile. Review attachment method, surface preparation and clearances in the installation instructions. Choose Your Part Identify hybrid generation and body. Require hybrid-specific suspe...

Shop BMW 330e xDrive parts for the plug-in hybrid with all-wheel drive. Brake and suspension applications must account for both the hybrid configuration and the actual body. Hybrid and AWD Together Use explicit 330e xDrive coverage for springs, dampers and drivetrain-sensitive components. Hybrid axle loads and all-wheel-drive clearance are separate requirements within the same installation. Identify the car’s production details, market and installed equipment before comparing service references. Shared 3 Series body styling does not resolve the powertrain application. Rotor, Pad and Sensor Selection Compare rotor diameter, thickness, height and venting with the installed caliper. A coated rotor is still an exact dimensional application, not a universal 3 Series replacement. Wear sensors need the proper axle, connector and routing. Check whether pad kits include them and review any required fitting hardware and bedding procedure. Choose Your Part Confirm hybrid AWD and exact body. R...

Shop BMW 330i parts by engine generation and body. Earlier six-cylinder cars and later turbocharged four-cylinder models need separate intake, exhaust and service applications. Exhaust Scope and Engine Coverage G2X AWE Touring selections include axle-back exhaust applications with specific production coverage. An axle-back changes the rear portion; compare retained pipework and the exact sections supplied. Check tip finish, bumper-outlet arrangement and mounting before deciding on appearance. An earlier 330i body or engine is a different exhaust application. Intake and Chassis Planning For induction components, compare engine identification, sensor connections and breather fittings. Record the housing if an aftermarket intake is already installed. Select springs and dampers by body, drivetrain and axle loads. Brake components need the installed rotor and caliper application before pad compound and sensor choices are made. Choose Your Part Identify engine, chassis and body. Compare ...

Explore BMW 330i xDrive parts with the exact engine and all-wheel-drive chassis identified. Compare induction connections and AWD suspension requirements as distinct decisions. Intake Selection by Engine Injen 330i intake applications include specified B48 turbocharged engine configurations. Check production coverage, sensor connections and breather fittings before choosing a kit. Compare an open-filter configuration with an enclosed airbox using the actual contents, mounting and filter-service access. A finish choice does not change the application requirements. All-Wheel-Drive Chassis and Exhaust Use xDrive-specific lowering coverage and the correct body, axle loads and damper type. Check front driveline and wheel clearance through the required suspension travel. For exhaust work, compare body routing, mounting and outlet configuration. Identify the current system before choosing a replacement section or conversion component. Choose Your Part Identify engine, generation and body....

Shop BMW 430i Gran Coupe parts by generation and turbocharged petrol engine. Earlier F36 and later Gran Coupe bodies need their own chassis and exterior applications. Induction by Engine Version Match the exact engine and emissions equipment before comparing intake kits. A related 330i listing requires explicit coverage for the actual Gran Coupe installation. Compare sensor fittings, breathers, filter housing and required adapters. Keep the intake-system reference so later filter replacements match the installed assembly. Five-Door Body and Chassis Choose exhaust and suspension components with the correct Gran Coupe generation and body coverage. Review routing, mounting and axle-load requirements separately. For lighting or exterior trim, compare attachment points and electrical equipment. Brake service needs the installed caliper, rotor and wear-sensor application. Choose Your Part Identify Gran Coupe generation and engine. Check emissions equipment and intake connections. Require...

Find BMW 430i parts for the turbocharged four-cylinder 4 Series. Compare exhaust scope, intake connections and body-specific chassis equipment before choosing an upgrade. Touring Axle-Back Scope AWE G2X Touring axle-back selections identify specific 430i production applications and tip finishes. Compare the body and bumper application as well as the supplied rear sections. An axle-back retains more original pipework than a complete cat-back. Review joining points, mounting and the required starting exhaust when planning installation. Engine and Body Selection Use exact engine and emissions coverage for intake components. Compare sensor and breather fittings, mounting and filter-service access. Suspension must cover the actual coupe, convertible or Gran Coupe body, drivetrain and axle loads. Brake parts should follow the fitted caliper and rotor rather than styling package alone. Choose Your Part Identify engine, generation and body. Compare axle-back contents and retained pipework....

Choose BMW 430i xDrive Gran Coupe parts for the five-door AWD 4 Series. Engine generation and body-specific equipment are essential for intake and chassis selection. Engine Connections and Kit Contents Compare intake applications by engine version, emissions equipment and the actual Gran Coupe generation. A shared B-series engine name does not establish every interface. Review sensor ports, breather fittings, airbox or shield contents and service-filter requirements. Confirm adapters against the existing induction system. Five-Door All-Wheel-Drive Fit Suspension needs explicit Gran Coupe xDrive and axle-load coverage. Review electronic-damper requirements, front-driveline clearance and available travel. For exhaust or exterior components, match the five-door body’s routing and attachment points. Keep brake options documented separately for pads, rotors and sensors. Choose Your Part Identify Gran Coupe generation and engine. Match emissions equipment and intake interfaces. Require f...

Explore BMW 430i xDrive parts with the petrol engine version, body and AWD chassis identified. Compare induction and suspension changes as parts of one compatible setup. Intake and Accelerator Interfaces Choose the intake for the actual engine and emissions equipment. Compare sensor fittings, breather routing, filter location and mounting pieces before choosing a finish. A throttle controller needs its own pedal connector and vehicle application. It changes response behavior rather than confirming additional engine horsepower. AWD Body and Chassis Requirements Use xDrive-specific suspension coverage and the appropriate body and axle loads. Review damper travel, electronic controls and front-axle clearance. Exhaust and body accessories must follow the exact generation and body. The 430i xDrive Gran Coupe collection provides the five-door starting point. Choose Your Part Record engine version, body and generation. Compare intake and pedal interfaces. Require xDrive suspension and axl...

Choose BMW 530e parts for the plug-in hybrid 5 Series. Hybrid-specific chassis coverage and the exact cooling or service assembly matter when planning a purchase. Hybrid Powertrain Application The 530e combines petrol and electric drive. Shared petrol-engine features do not establish every induction, cooling or chassis application. Identify the particular circuit and component being serviced and use hybrid-specific installation information. Engine cooling and hybrid-related thermal systems should not be treated as one interchangeable assembly. Chassis and Brake Configuration Suspension must explicitly cover the hybrid, body and axle loads. Review electronic dampers and any rear-system requirements before choosing springs or dampers. Brake parts need the installed caliper, rotor dimensions, axle and sensor application. Compare kit contents and the selected compound’s operating and bedding guidance. Choose Your Part Identify hybrid generation, body and drivetrain. Identify the exact ...

Find BMW 530e xDrive parts for the plug-in hybrid with AWD. Brake service and chassis changes need the actual hybrid body and installed equipment identified. Hybrid AWD Chassis Coverage Require explicit 530e xDrive coverage for suspension and drivetrain-sensitive components. Hybrid axle loads and front-driveline clearance are separate requirements. Record body, generation, electronic dampers and rear-system equipment. Review compatible travel and any control-system provisions in the manufacturer’s instructions. Rotor and Sensor Applications Compare rotor diameter, thickness, height, material and mounting against the installed caliper. Coating or finish does not replace the dimensional application check. Wear sensors need the correct axle, connector and routing. Review pad and hardware contents so the brake-service plan includes the required pieces. Choose Your Part Confirm hybrid AWD generation and body. Record dampers and rear suspension system. Match rotor dimensions and calipers...

Explore BMW 530i parts by engine generation and body. Earlier six-cylinder and later turbocharged applications need separate engine-service and induction coverage. Engine and Service Components Use engine identification and production details before choosing intake or ignition hardware. The 530i designation is not one universal engine application. Match filters to the original airbox or the installed aftermarket housing. Sensor fittings, breathers and inlet connections should follow the actual assembly. Headlamp and Chassis Equipment DRL modules must match headlamp technology, production period and connector. A related M5 styling description does not prove compatibility with every 530i lamp. For suspension and brake work, record body, drivetrain, damper type, axle loads, calipers and rotors. Compare each component’s application and installation contents. Choose Your Part Identify engine and generation. Match intake housing and connections. Record headlamp module and connector. Iden...

Shop BMW 530i xDrive parts with the petrol engine and AWD chassis identified. Brake equipment and suspension options should be checked separately from the model badge. Rotor and Pad Compatibility Compare rotor diameter, thickness, height, mounting and material with the installed caliper. A broad 5 Series or related-model description does not resolve every option. Select pad shape and axle first, then compare compound use and required bedding. Check sensors and fitting hardware in the kit contents. AWD Engine and Chassis Details Identify the actual engine for filters, induction and ignition components. Match sensors, connections and mounting to the installed assembly. Suspension needs xDrive, body, axle loads and damper coverage. Review front-driveline clearance and any rear-system requirements before changing ride height. Choose Your Part Identify engine, generation and body. Measure rotors and identify calipers. Compare pads, sensors and hardware. Require AWD suspension and axle-l...

Find BMW 540d xDrive parts for the six-cylinder diesel and AWD chassis. Brake-system identification and exact chassis coverage help make service purchases complete. Brake Pads and Hardware Identify front and rear calipers, rotor dimensions and pad shapes separately. A kit listed for a related 530i or 540i needs confirmed cross-coverage with the actual brake assembly. Compare friction compound use and hardware contents after establishing fit. A ceramic pad-compound description does not imply a carbon-ceramic rotor application. Diesel AWD Chassis Details Use exact engine and market coverage for filters, induction and cooling parts. Compare housings, couplings and sensor provisions. Suspension must cover xDrive, body, axle loads and damper equipment. Review front-driveline clearance and any rear-system or mild-hybrid restrictions stated for the kit. Choose Your Part Identify diesel engine, generation and body. Record brake assemblies by axle. Compare compound and fitting-hardware cont...

Explore BMW 540i parts by engine generation and body. Earlier V8-powered cars and later turbocharged six-cylinder models need entirely different induction and service applications. V8 or Six-Cylinder Application Identify the actual engine before choosing intake, ignition, cooling or filter components. A shared 540i name does not establish the engine’s layout or connections. For an aftermarket housing or modified cooling system, retain installed references. Service parts should match the assembly fitted rather than the car’s original specification alone. Lighting and Chassis Options DRL modules need the exact headlamp technology, module, connector and production coverage. Similar styling does not settle the electrical application. Choose suspension by body, drivetrain, axle loads and damper equipment. Brake parts need caliper, rotor and axle identification before compound or kit contents are compared. Choose Your Part Identify V8 or six-cylinder engine generation. Record installed i...

Shop BMW 540i xDrive parts with engine generation, AWD body and brake equipment identified. Chassis service should follow the actual assemblies rather than model-family similarity. Rotor and Hardware Applications Compare rotor diameter, thickness, height, mounting and material with the installed caliper. A part listed for another BMW needs confirmed cross-coverage. Identify each axle’s pads, sensors and hardware separately. Review kit contents so clips, sensors or other required pieces are not inferred from the pad listing. Engine and AWD Chassis Coverage Use exact engine and production identification for induction, ignition and cooling parts. Compare the installed housing, fittings and mounting. Suspension needs xDrive, body, axle loads and damper coverage. Retain any engine-version, rear-system or hybrid-related restriction in the application. Choose Your Part Identify engine generation and body. Measure rotors and identify calipers. Check each axle’s sensors and hardware. Requir...

Find BMW 640i xDrive Gran Turismo parts for the G32 B58-powered five-door. Use its engine version and GT-specific chassis equipment when choosing service or upgrade components. G32 B58 Engine Application BMW identifies the B58 in the G32 640i xDrive Gran Turismo. Do not transfer an earlier F06 640i Gran Coupe engine-component application without explicit coverage. Compare intake sensors, breathers, inlet fittings and housing references. For cooling purchases, identify the actual charge-cooling or engine-cooling circuit and assembly. GT Chassis and Body Coverage Suspension must cover G32 GT xDrive, axle loads, electronic dampers and the rear-system arrangement. Review which original parts a kit retains or replaces. Exhaust and exterior components need GT routing, length and attachment. Brake parts should follow the installed caliper, rotor and sensor application separately. Choose Your Part Identify G32 B58 version and equipment. Compare intake and cooling interfaces. Require GT AWD...

Explore BMW 740i parts by engine generation and body. Earlier V8 and later turbocharged six-cylinder applications require different induction and service references. Identify V8 or Six-Cylinder Use engine and production identification before selecting filters, ignition, intake or cooling components. A shared 740i name does not establish the engine layout. Record original or aftermarket housings and any cooling or management changes. Service elements should follow the assemblies installed. Lighting and Chassis Options DRL modules must match the actual headlamp, module number, connector and production coverage. A model-year range is only part of the electrical application. Choose suspension and brakes using body, drivetrain, axle loads, damper equipment, calipers and rotors. Review sensors and hardware separately from friction parts. Choose Your Part Identify engine generation and exact body. Record installed service assemblies. Match headlamp modules and connections. Check chassis a...

Choose BMW 740i xDrive parts with the petrol engine, generation and AWD body identified. Exact brake and suspension equipment guide service purchases. Rotor, Pad and Hardware Applications Compare rotor diameter, thickness, height, mounting and material with the installed caliper. Related-model listings require confirmed cross-coverage. Identify pads, sensors and fitting hardware separately for each axle. Review the actual contents rather than inferring a complete service kit from one component title. Engine and AWD Chassis Interfaces Use exact engine and production details for intake, ignition, filter and cooling parts. Compare installed housing references, sensor fittings and mounting. Suspension must explicitly cover xDrive, body, axle loads and damper or rear-system equipment. Retain any engine-version or hybrid-related restriction in the application. Choose Your Part Identify engine, generation and AWD body. Measure rotors and identify calipers. Check sensors and hardware by ax...

Explore BMW 745e xDrive parts for the six-cylinder plug-in hybrid 7 Series. Brake and suspension applications must account for its hybrid powertrain and actual body. Six-Cylinder Hybrid Application BMW’s 745e family combines a six-cylinder petrol engine with electric drive, distinct from the earlier four-cylinder 740e hybrid. Use exact engine and generation coverage. Record body, drivetrain, axle loads, dampers and rear-system equipment. Non-hybrid or earlier hybrid suspension applications should not be transferred without explicit coverage. Brake Hardware and Sensor Details Identify caliper, rotor dimensions, axle and pad shape before choosing friction parts. A hardware kit does not establish every related pad or rotor application. Match wear sensors by axle, connector and routing. Review fitting-hardware contents and the selected pad’s operating and bedding guidance as part of the service plan. Choose Your Part Identify six-cylinder hybrid generation and body. Record AWD suspensi...

Explore BMW 750e xDrive parts for the six-cylinder plug-in hybrid 7 Series. Hybrid AWD chassis coverage and exact wheel or brake specifications guide compatible purchases. Hybrid AWD Chassis Application BMW’s 750e xDrive combines a six-cylinder petrol engine with electric drive. Require exact hybrid body, axle-load and drivetrain coverage for suspension components. Identify dampers, rear-system equipment and production details. A non-hybrid or earlier hybrid application should not be transferred without manufacturer coverage. Wheel Spacers and Brake Equipment For spacers, compare bolt pattern, center bore, hub engagement and required bolt specification. Thickness must be selected against measured wheel and body clearance. Brake pads need the installed caliper, rotor material, axle and pad shape. A related 760i listing requires confirmed cross-coverage with that assembly. Choose Your Part Identify hybrid generation and AWD body. Record suspension equipment and axle loads. Measure wh...

Find BMW 750i parts by engine generation and body. Earlier V12 and later V8 applications need entirely different induction, ignition and cooling references. Engine Identity Before Service Use actual engine and production identification rather than inferring configuration from the 750i name. Match service filters, housings, sensors and connections to the installed assembly. Record engine, management and cooling changes made during restoration or tuning. Component references are particularly useful where an earlier owner changed the original setup. Lighting and Chassis Equipment DRL modules must match headlamp technology, module, connector and production coverage. Similar styling or a broad model-year range does not settle every electrical application. Suspension and brakes need the actual body, drivetrain, axle loads, dampers, calipers and rotors. Compare kit contents separately from finish or compound choice. Choose Your Part Identify V12 or V8 engine generation. Record installed s...

Choose BMW 750i xDrive parts with the engine version, AWD chassis and exact body identified. Brake hardware and sensor applications should follow the assemblies fitted. Brake Service by Assembly Identify each axle’s caliper, rotor dimensions, material and pad shape. A hardware kit listed for another BMW needs confirmed cross-coverage with the actual brake system. Wear sensors require matching connector and routing as well as axle. Review sensors, clips and other fitting pieces separately from pads and rotors. V8 AWD Chassis Interfaces Use exact engine and production details for ignition, filters, induction and cooling parts. Compare housings, sensors, connections and mounting. Suspension must explicitly cover xDrive, body, axle loads and damper or rear-system equipment. Review front-driveline clearance and compatible travel. Choose Your Part Identify engine version and AWD body. Record brake assemblies by axle. Match sensors and fitting hardware. Require suspension equipment and ax...

Choose BMW 760i xDrive parts for the modern V8 AWD 7 Series. Engine version, chassis equipment and actual brake assemblies guide service and upgrade selection. V8 and Hybrid-Related Equipment BMW specifies a V8 application for the modern 760i xDrive. Use exact generation and production details, including any mild-hybrid restrictions stated for the component. Match induction, ignition and cooling parts to installed housings, connectors, fittings and mounting. Earlier V12 760i applications are separate service references. AWD Chassis and Brake Requirements Suspension must explicitly cover xDrive, body, axle loads, dampers and rear-system equipment. Review front-driveline clearance and compatible travel. For brakes, identify caliper, rotor dimensions, material, axle and pad shape. Confirm sensors and fitting hardware after establishing the assembly application. Choose Your Part Identify V8 generation and production. Retain applicable mild-hybrid restrictions. Require AWD suspension an...

Explore BMW 840i Gran Coupe parts for the modern six-cylinder four-door 8 Series. Body-specific chassis coverage and installed brake equipment guide a complete service plan. Six-Cylinder and Four-Door Details BMW’s modern 840i Gran Coupe uses a six-cylinder petrol application. Match exact engine and production details for induction, ignition and cooling components. Suspension and exhaust components need Gran Coupe routing, mounting and axle-load coverage. A two-door coupe application should not be extended without stated coverage. Brake Hardware and Sensor Selection Confirm hardware against the actual caliper and axle. A kit listed for another BMW needs manufacturer cross-coverage with the installed assembly. Match rotors and pad shape separately, then check sensors, connectors and fitting-hardware contents. Compare compound use after the brake application is established. Choose Your Part Identify modern Gran Coupe engine and drivetrain. Require four-door chassis and exhaust covera...

Shop BMW 840i parts by chassis generation and body. Classic 8 Series and modern six-cylinder applications need distinct engine-service and chassis references. Identify the Actual 8 Series Record chassis, engine and production information before choosing intake, ignition, filters or cooling parts. The 840 designation has been used across different 8 Series generations. For modern coupe, convertible or Gran Coupe applications, use the exact body and drivetrain. Exhaust routing, exterior mounting and suspension axle loads need their own coverage. Lighting and Brake Equipment DRL modules must match the actual headlamp, module, connector and production details. A related M8 styling description does not establish compatibility with every lamp. Brake hardware and friction parts should follow the installed caliper, rotor and axle. Confirm cross-coverage where another BMW appears in the component title. Choose Your Part Identify chassis generation, engine and body. Match exhaust and chassis...

Find BMW 840i xDrive Gran Coupe parts for the modern six-cylinder AWD four-door. Body, drivetrain and brake equipment need precise coverage for service and chassis purchases. Six-Cylinder AWD Interfaces Use exact engine and production identification for filters, induction, ignition and cooling components. Compare housings, fittings, sensors and mounting. Drivetrain-sensitive parts also need xDrive routing and clearance. A shared six-cylinder engine does not settle every body or front-axle application. Brake and Four-Door Chassis Details Confirm fitting hardware against the installed caliper and axle. Related-model titles require manufacturer cross-coverage rather than assumed interchangeability. Suspension must cover Gran Coupe xDrive, axle loads and damper or rear-system equipment. Review travel and clearance together with alignment requirements. Choose Your Part Identify engine and AWD four-door configuration. Compare service interfaces and routing. Confirm brake hardware by asse...

Find BMW 840i xDrive parts for the modern six-cylinder AWD 8 Series. Establish whether you have the coupe, convertible or Gran Coupe before comparing body-sensitive components. Engine Service and AWD Layout Match induction, filtration and cooling components to the engine, production date and installed housings. Compare sensor provisions, connections and mounting rather than selecting by engine displacement alone. For drivetrain and underbody work, require xDrive coverage. Front driveline clearance and routing are separate considerations from engine compatibility. Body and Chassis Choices Use the actual body for exhaust routing, exterior mounting and suspension applications. Convertible and four-door axle loads or structural details can differ from the coupe. Record dampers, rear suspension equipment, brake calipers and rotor dimensions. Choose a suspension system around the ride-height goal and equipment it retains. Choose Your Part Identify body and production date. Match six-cyli...

Explore BMW ALPINA B7 parts by generation, body and drivetrain. Brake applications and ALPINA-specific chassis equipment deserve attention before comparing replacement components. Identify the Actual Brake Assembly Record caliper, rotor dimensions, axle and pad shape. Broad multi-model titles require confirmed coverage for the equipment installed on your B7. Choose a compound for its stated street or competition operating conditions. Compare fitting hardware, wear-sensor connections and rotor material separately. ALPINA Body and Equipment Details The B7 designation spans different generations and configurations. Record chassis, wheelbase, drivetrain and engine before selecting body-sensitive or powertrain components. Suspension applications must account for ALPINA equipment, axle loads, electronic dampers and rear-system requirements. Compare what a kit retains or replaces before committing to a ride-height change. Choose Your Part Record generation, wheelbase and drivetrain. Ident...

Choose BMW ALPINA B7 xDrive parts with the AWD chassis, body length and brake equipment recorded. Match the application before choosing a compound or replacement system. Brake Kit and Compound Selection Identify rotor dimensions and material, caliper and pad shape for each axle. Compare the contents of pad-and-rotor kits with separate pads, sensors and hardware. Competition-oriented compounds need their own use assessment. Use the manufacturer’s operating guidance rather than treating every performance label as the same street experience. AWD and ALPINA Chassis Coverage Require B7 xDrive coverage for suspension and drivetrain-sensitive components. Record axle loads, damper type, rear-system equipment and the intended ride height. Confirm body length where exhaust routing or mounting matters. An engine match alone does not settle front-driveline clearance or underbody installation. Choose Your Part Identify AWD chassis and body length. Record caliper and rotor specifications. Compar...

Explore BMW ALPINA B8 Gran Coupe parts for the modern V8 AWD four-door. Wheel interfaces, brake equipment and fluid approvals are separate purchase decisions. Wheel Spacers and Brake Equipment For spacers, match bolt pattern, center bore, hub engagement and the required fastener specification. Select thickness from measured wheel, tire and body clearance. Brake pads and hardware follow the installed caliper, rotor, axle and pad shape. Confirm cross-coverage where another BMW or ALPINA model appears in a component title. Service Fluids and ALPINA Systems Choose engine oil by the approval and viscosity specified for the engine, market and service conditions. Container size and a familiar brand do not establish the required approval. Transmission fluid needs the exact gearbox and service specification. ALPINA engine, cooling and exhaust systems also need their own application coverage rather than assumed M850i interchangeability. Choose Your Part Identify V8 AWD Gran Coupe production ...

Find BMW ALPINA XB7 parts for the V8 performance SUV, with exact production and brake equipment identified. Build a brake service around the installed assemblies and ALPINA chassis requirements. Rotors, Pads and Sensors Record caliper, rotor diameter, thickness and material for each axle. Directional rotors also need the correct side; left and right references should be checked separately. Wear sensors need the correct connector, routing and axle. Compare hardware-kit contents against the caliper so the service includes the required clips and fitting pieces. ALPINA Chassis and Engine Coverage Suspension components require explicit XB7 coverage, appropriate axle-load limits and compatibility with its installed systems. Compare how a kit handles air suspension and electronic controls. The XB7’s engine and chassis specification varies with production. Use exact engine and component references rather than assuming ordinary X7 or another ALPINA application covers the installation. Choose...

Explore BMW i3 parts with chassis, market and powertrain configuration identified. For the original electric hatchback, brake service follows its installed friction-brake equipment. Electric and Range-Extender Identification Record the exact i3 chassis and production details. The original hatchback was offered with battery-electric and range-extender configurations; those configurations have different engine-service requirements. A range-extender service application should not be transferred to a battery-electric car. Identify the actual system being serviced before comparing components. Brake Pads and Service Hardware Regenerative braking does not identify the correct replacement friction pad. Match caliper, axle, pad shape and rotor specification before choosing compound. Review wear-sensor provisions and fitting hardware separately. Related-model product titles require manufacturer cross-coverage with the brake assembly on your car. Choose Your Part Identify chassis, market and ...

Find BMW i3s parts for the sport-oriented original i3 hatchback. Confirm production, powertrain configuration and installed brake equipment before selecting replacements. i3s Configuration and Chassis Details BMW offered the original i3s with electric drive and, in relevant markets and years, a range extender. Identify the actual configuration when selecting service components. Chassis applications should cover the i3s specifically where wheel, suspension or equipment differences matter. A standard i3 title alone does not establish every application. Friction-Brake Replacement Choices Choose pads by installed caliper, axle, shape and rotor material. The electric drivetrain’s regenerative operation does not change the need to match the physical brake assembly. Compare compound guidance for intended use, then review sensor and hardware contents. Confirm shared-model coverage through the manufacturer’s application information. Choose Your Part Identify i3s production and configuration...

Choose BMW i4 eDrive40 parts for the rear-wheel-drive electric Gran Coupe. Match the eDrive40 variant and chassis equipment when planning service or ride-height changes. eDrive40 Variant and Installation Details The i4 eDrive40 drives the rear wheels electrically. Keep its application separate from xDrive40 and M50 when selecting drivetrain-sensitive components. Use exact production and equipment details for body or electrical accessories. Compare mounting, connector and installation requirements rather than relying on a shared 4 Series styling label. Ride Height and Brake Service A suspension system needs eDrive40 body and axle-load coverage. Identify electronic dampers and rear equipment, then review what the kit retains or replaces. Brake service follows the installed caliper, rotor dimensions and material, pad shape and axle. Review fitting hardware and sensor connections as separate parts of the job. Choose Your Part Identify eDrive40 rear-drive application. Compare body and e...

Explore BMW i4 M50 parts for the dual-motor electric AWD Gran Coupe. Chassis upgrades and brake service need M50-specific load and equipment coverage. Dual-Motor AWD Chassis Coverage BMW’s i4 M50 uses electric motors at both axles. Select suspension and drivetrain-sensitive components with explicit M50 AWD coverage. Record axle loads, electronic dampers and rear-system arrangement. Compare kit contents, permitted lowering and the original components retained by the installation. Brake and Wheel Compatibility Match brake pads and rotors to the installed caliper, axle, dimensions and material. An M styling label alone does not identify the complete brake assembly. Wheels need appropriate load capacity, offset and tire specification, plus clearance over the actual brakes. Measure body and suspension clearance before choosing spacers or a different wheel position. Choose Your Part Identify M50 production and AWD equipment. Record axle loads and suspension systems. Match installed calip...

Shop BMW i4 parts by electric drivetrain variant and production details. Lighting, brake and chassis components need exact interfaces even when a related 4 Series appears in the product title. Lighting Modules and Lamp Assemblies Identify headlamp technology, module reference and connector before selecting a DRL upgrade. Check production and electrical coverage separately from the desired color or styling. Tail lights need their own body, connector and installation coverage. A lamp assembly and a DRL module are different purchases with different installation requirements. Brake and Electric Chassis Application Match rotors, pads and hardware to the installed brake assembly, including dimensions, material and axle. Wear sensors must also match connector and routing. Identify eDrive or xDrive variant before chassis changes. Suspension applications need the electric i4’s axle loads, damper equipment and rear-system arrangement. Choose Your Part Identify electric variant and production...

Find BMW i7 parts for the electric luxury sedan. Wheel spacers, lock bolts and brake components need matched dimensions and interfaces for the actual installation. Spacers and Wheel-Lock Details Choose spacer thickness from measured wheel, tire and body clearance. Match bolt pattern, center bore and hub engagement as well as the required fastener specification. Wheel-lock bolts must match thread, seat type and the required installed length. Adding a spacer changes the fastener-length requirement; compare the wheel and spacer manufacturer’s instructions. Brake Equipment and Service Scope Match pads and rotors by caliper, axle, dimensions and material. Confirm manufacturer cross-coverage where a petrol 7 Series appears in the product title. Record brake option and sensor connections before ordering. A related body or shared styling does not establish every electric-variant chassis application. Choose Your Part Identify i7 production and installed brakes. Measure wheel and body cleara...

Choose BMW i8 parts for the plug-in hybrid sports car, identifying coupe or Roadster and the installed brake system. Hybrid engine service and chassis purchases need separate application checks. Hybrid Powertrain and Body Details The i8 combines a three-cylinder petrol engine with electric drive. Match engine-service parts to the actual engine and production period rather than transferring applications from other BMW hybrids. Body-sensitive parts need explicit coupe or Roadster coverage. Compare routing, mounting and suspension equipment against the vehicle and installation instructions. Brake Compounds and Shared Applications Select friction pads by installed caliper, axle, pad shape and rotor material. A related BMW or another manufacturer in the product title needs confirmed cross-coverage. Compare the exact compound’s intended use after application matching. Review sensors, hardware and rotor condition as part of a complete brake service. Choose Your Part Identify coupe or Road...

Explore BMW iX parts for the electric AWD SUV, with production and brake equipment identified. Friction-brake selection needs actual caliper and rotor references rather than a shared BMW title. Brake Pads and Rotor Specifications Record each axle’s caliper, rotor diameter, thickness and material. Confirm pad shape and manufacturer application before comparing compounds. A broad BMW fitment list needs cross-coverage with the iX assembly. Related-model names or matching compound labels do not establish rotor dimensions or mounting. Electric SUV Chassis Requirements Identify the exact iX variant and installed suspension systems. Require electric AWD SUV coverage and appropriate axle-load limits for chassis components. For wheel changes, compare load capacity, offset, tire specification and clearance around brakes, body and suspension. Review any required hub and fastener interfaces separately. Choose Your Part Identify electric AWD variant and production. Record calipers and rotor dim...

Find BMW M2 parts by chassis generation and engine. F87 and G87 intake, exhaust, lighting and brake applications need their own coverage. Engine and Exhaust by Generation Separate the earlier F87 engine applications from the later G87 before choosing induction or cooling components. A shared M2 designation does not establish inlet connections or engine compatibility. For an exhaust, match chassis, body routing, outlets and valve requirements. Compare a complete system with a mid-pipe or conversion section so the starting setup is clear. Lighting and Control Interfaces DRL modules must match original headlamp technology, module, connector and production coverage. Appearance and yellow-light styling do not identify the electrical application. A pedal-response controller needs exact accelerator-interface coverage. It changes response behavior and should not be treated as a verified engine-output increase. Choose Your Part Identify F87 or G87 and exact engine. Compare exhaust routing, ...

Choose BMW M235i xDrive Gran Coupe parts for the F44 four-cylinder AWD four-door. Brake service needs the actual caliper and sensor applications rather than a two-door M235i assumption. Four-Cylinder AWD Body Details BMW’s F44 M235i xDrive Gran Coupe uses a four-cylinder engine. Its induction, exhaust and drivetrain applications differ from the six-cylinder two-door M235i. Chassis components need explicit Gran Coupe xDrive coverage. Compare axle loads, damper requirements, mounting and underbody clearance for the actual installation. Pads, Sensors and Fitting Hardware Record caliper, axle, rotor dimensions and pad shape before choosing compound. Another BMW, Mini or Supra in the title requires confirmed manufacturer cross-coverage. Match front and rear sensors separately by connector and routing. Compare hardware contents against the installed caliper rather than assuming the pad set includes every fitting piece. Choose Your Part Identify F44 four-cylinder AWD application. Require ...

Choose BMW M240i parts by F22 or G42 generation, body and drivetrain. Exhaust sound, tip configuration and installation scope should be compared for the exact system. Exhaust Configuration and Kit Scope F22 axle-back applications and G42 exhaust systems have different routing and installation requirements. Select generation and body before comparing Touring or Track configurations. Compare resonation, manufacturer sound guidance and original-tip or replacement-tip requirements. Review what is supplied so the purchase matches the existing exhaust and desired outlet arrangement. B58 and Chassis Details Induction and charge-cooling components need the actual B58 version, connections and mounting. A shared engine-family name does not establish every generation’s interfaces. For suspension, record drivetrain, axle loads and damper equipment. Brake selection follows the actual caliper, rotor, pad shape and axle rather than the styling package alone. Choose Your Part Identify generation, ...

Find BMW M240i xDrive parts for the six-cylinder AWD two-door, with generation and body identified. Exhaust configurations and intake interfaces should match the actual installation. Exhaust Sound and Outlets For G42 exhaust options, compare Touring and Track configurations using the manufacturer’s sound guidance and resonator arrangement. Establish whether the system retains original tips or supplies replacements. Earlier-generation or different-body systems need their own routing and mounting coverage. A shared M240i badge does not establish exhaust interchangeability. Intake and AWD Chassis Details Match induction components to the B58 version, sensor provisions and inlet connections. Compare filter service access, adapters and mounting hardware included with the kit. Chassis components need xDrive coverage and appropriate axle-load limits. Identify dampers and check front-driveline clearance alongside wheel and suspension travel. Choose Your Part Identify generation and body. C...

Find BMW M3 parts by generation, engine and body. Modern F8X and G8X intake or exhaust applications should be matched precisely before comparing sound, appearance and installation scope. Induction and Exhaust by Generation Match intake housings, turbo-inlet connections and sensor provisions to the exact engine. Shared M3/M4 coverage still needs the correct generation and installation details. Compare full exhaust systems with mid-pipes and conversion sections. Review resonation, valve operation, tips and the compatible starting exhaust for each configuration. Body and Brake Equipment Exterior components need the actual sedan, coupe, convertible or Touring application where relevant. Compare mounting and required original trim rather than transferring one body’s spoiler application. Brake pads and rotors follow the installed caliper, dimensions, material and axle. Confirm iron or carbon-ceramic equipment before selecting friction components or a conversion. Choose Your Part Identify...

Shop BMW M340i parts with the B58 version, body and exhaust configuration identified. Compare complete systems, sound configurations and conversion pieces as different purchases. Exhaust Sound, Resonation and Tips AWE configurations include Touring and Track choices, resonated or non-resonated arrangements and original-tip or quad-tip layouts. Compare the exact system’s sound guidance and supplied components. A resonation conversion or tip conversion needs a compatible starting exhaust. Check the required system and which sections or outlet components are retained before choosing a kit. Lighting and Powertrain Interfaces For a complete headlamp or DRL module, match original lamp technology, connector and production period. A non-laser-only application should not be extended to laser-equipped lamps without explicit coverage. Engine and chassis components need the actual B58 version, drivetrain and body. Match intake connections and suspension equipment separately from the exhaust or ...

Find BMW M340i xDrive parts with the B58 version, body and production details identified. Intake and brake purchases need exact interfaces, while chassis applications must account for AWD. Intake Construction and Service Access Compare enclosed or open intake arrangements by the actual kit’s mounting, filter service access and inlet connections. Finish alone does not identify the application. Match engine version, sensor provisions and required adapters. A related M240i or M440i title needs confirmed coverage for the installed M340i setup. Brake Hardware and AWD Chassis Wear sensors require the correct axle, connector and routing. Match fitting hardware to the caliper and check the pieces supplied separately from pads. Suspension must cover body, xDrive, axle loads and damper equipment. Review front-driveline clearance and permitted travel alongside the intended ride height. Choose Your Part Identify B58 version and AWD body. Compare intake mounting and filter access. Match sensor ...

Explore BMW M4 parts by F8X or G8X generation, engine and body. Intake, exhaust and brake choices should match the exact coupe or convertible application. Induction and Exhaust Configuration Use exact engine-generation coverage for intake housings, inlet connections and sensors. Shared M3/M4 applications still need the correct installation details. Compare complete exhausts with mid-pipes and conversion sections. Review valve behavior, resonation, tips and the compatible starting system before choosing the configuration. Body and Brake Options Body-sensitive parts require explicit coupe or convertible coverage. Routing, mounting and chassis axle loads should follow the actual body and drivetrain. Match brake components to the installed caliper, rotor dimensions, material and axle. Keep carbon-ceramic and iron applications separate unless the manufacturer specifies a complete compatible conversion. Choose Your Part Identify engine, generation and body. Compare inlet interfaces and e...

Find BMW M440i Gran Coupe parts for the six-cylinder four-door 4 Series. Body coverage, intake connections and brake equipment guide compatible service and upgrade choices. Four-Door Powertrain and Routing Match intake components to the actual engine version, sensor provisions and inlet connections. A shared B58 family name does not establish every production variant’s interfaces. Exhaust and body-sensitive chassis parts need Gran Coupe coverage. A two-door application should not be extended without stated routing, mounting and axle-load compatibility. Rotors, Pads and Sensor Details Record rotor diameter, thickness, material and side for each axle. Match pads by installed caliper and shape before comparing compound use. Wear sensors require the correct connector and routing. Confirm manufacturer cross-coverage when another BMW or Supra model appears in a product title. Choose Your Part Identify engine version and four-door body. Match intake and exhaust interfaces. Record rotors a...

Explore BMW M440i parts with body, drivetrain and B58 version identified. Exhaust sound configurations, resonation and tip conversions need a compatible starting system. Choose the Exhaust Configuration Compare Touring or Track choices using the exact system’s sound guidance, resonator arrangement and body coverage. Establish whether original tips are retained or replacement outlets supplied. A resonation or tip conversion changes specified components of an existing system. Review the required starting exhaust and supplied sections before ordering it as part of a build. Engine and Body Interfaces Match induction components to engine version, sensors, inlet connections and mounting. Shared M340i/M440i wording still needs explicit application coverage. Body-sensitive exhaust and chassis parts must cover the actual coupe, convertible or Gran Coupe. Record drivetrain, axle loads and damper equipment before suspension changes. Choose Your Part Identify body, drivetrain and B58 version. ...

Choose BMW M440i xDrive Gran Coupe parts for the six-cylinder AWD four-door. Intake installation and brake applications need exact component references alongside body and drivetrain coverage. B58 Intake and Four-Door Details Compare the complete intake’s housing, filter access, sensor provisions, adapters and mounting. Confirm the engine version and production application before choosing finish or construction. Exhaust and chassis applications must cover Gran Coupe xDrive. Four-door routing and front-driveline clearance are separate requirements from a shared engine application. Brake Pads and Sensor Connections Match pads by caliper, axle, shape and rotor material, then choose compound by its intended conditions. Related-model titles need confirmed manufacturer cross-coverage. Wear sensors require the correct connector and routing for each axle. Check hardware contents against the installed caliper to complete the service plan. Choose Your Part Identify B58 version and AWD four-do...

Find BMW M440i xDrive parts by body, production and B58 version. Compare intake installation details and brake-service contents while retaining exact AWD chassis coverage. Intake Interfaces and Service Access Match the engine version, inlet connections, sensors and mounting before comparing intake construction or finish. Review adapters and hardware supplied with the system. Keep the actual body identified for exhaust and underbody components. Engine compatibility alone does not settle body routing or xDrive clearance. Pads, Hardware and AWD Equipment Brake pads need the installed caliper, rotor material, axle and shape. Compare compound guidance and the hardware pieces included in the specific kit. Sensors need their own connector and routing coverage. Suspension must account for xDrive, body, axle loads and electronic damper or rear-system equipment. Choose Your Part Identify B58 version and AWD body. Compare intake interfaces and supplied adapters. Match brake application and ha...

Explore BMW M5 parts by chassis, engine and body. Earlier petrol generations, F90 AWD and the newer plug-in hybrid need distinct exhaust, induction and chassis applications. Exhaust Configuration by Generation Select exact chassis and sedan or Touring coverage before comparing exhaust sound. F90 systems and G90/G99 hybrid systems have different installation applications. Compare complete cat-back systems with mid-pipes and conversion pieces. Review valve operation, resonation, tips and original components retained for the actual system. Powertrain and Lighting Equipment The M5 name spans different engine layouts, including V10, V8 and later V8 plug-in hybrid versions. Match induction, cooling and service parts to the actual powertrain. DRL modules require original lamp technology, connector, module and production coverage. Brake and suspension purchases also need the installed equipment and exact drivetrain application. Choose Your Part Identify chassis, powertrain and body. Compar...

Choose BMW M550i xDrive parts with the V8 version, production and brake option identified. Pads, wear leads and fitting hardware should follow the assemblies fitted to the AWD sedan. Brake Friction Parts and Hardware Match caliper, rotor dimensions, material and pad shape for each axle. Shared M5, 7 Series or other BMW titles need confirmed manufacturer cross-coverage. Compare compound characteristics after establishing fitment. Review the specific pad-and-hardware kit contents rather than assuming it includes sensors or every fitting component. Wear Leads and V8 AWD Details Sensors need the correct connector, axle and routing. Retain component references for a brake conversion so later service follows the actual system. Engine-service parts need the exact V8 version and installed interfaces. Suspension requires xDrive, axle-load and equipment coverage, including electronic dampers and rear systems where fitted. Choose Your Part Identify V8 production and AWD chassis. Record brake ...

Choose BMW M760i xDrive parts using chassis, production and the installed brake equipment. Precise rotor, pad and sensor specifications guide service for this AWD luxury model. Rotors and Calipers by Axle Record rotor diameter, thickness, material and the installed caliper. Directional rotors need the correct side as well as the correct axle and dimensions. A shared X7, M5 or other BMW component title requires confirmed manufacturer cross-coverage. Choose pad shape against the actual assembly before comparing compounds. Sensor and Chassis Interfaces Match wear-sensor connector and routing separately. Check hardware-kit contents against the caliper and retain references for any previous brake conversion. For engine and chassis parts, use actual powertrain and body details. Suspension must cover xDrive, axle loads and electronic damper or rear-system equipment. Choose Your Part Identify chassis, production and powertrain. Record calipers and rotors by axle and side. Match pads, senso...

Find BMW M8 Gran Coupe parts for the four-door performance 8 Series, with brake material and caliper option identified. Match the physical brake application before comparing compounds. Brake Options and Compound Choice Record caliper, rotor dimensions, material and pad shape for each axle. Confirm iron or carbon-ceramic equipment before selecting friction components. Compare the exact compound’s intended street or competition conditions. A shared M5 title or familiar compound family does not establish the physical application. Hardware and Four-Door Chassis Coverage Review wear-sensor provisions, connectors and fitting hardware separately from pads. Keep component references for any brake conversion. Body-sensitive exhaust and suspension parts require Gran Coupe coverage. Compare routing, mounting, drivetrain requirements, axle loads and electronic equipment against the installed setup. Choose Your Part Identify Gran Coupe brake option. Match pad shape and rotor material. Compare c...

Explore BMW M8 parts with coupe, convertible or Gran Coupe body and installed brake equipment identified. Lighting interfaces and rotor material require separate application checks. DRL Modules and Original Lamps Match headlamp technology, module reference, connector and production period before choosing a DRL upgrade. Color and styling descriptions do not establish electrical compatibility. Review the exact module’s installation requirements and the original lamp components it retains. A module is a different purchase from a complete headlamp. Brake Material and Body Coverage Choose pads by caliper, axle, shape and rotor material. Confirm manufacturer coverage when a related M5 or 8 Series appears in the title. Compare compound use, hardware and wear-sensor provisions after establishing fitment. Exhaust and suspension parts also need the actual body’s routing, mounting and axle-load coverage. Choose Your Part Identify body and production period. Record headlamp module and connecto...

Find BMW M850i xDrive Gran Coupe parts for the V8 AWD four-door. Brake dimensions, wheel interfaces and service-fluid specifications guide separate purchase decisions. Brake and Wheel Measurements Match rotors by axle, dimensions, material and side, then confirm the installed caliper and pad shape. Shared 8 Series coverage needs exact manufacturer cross-application. For spacers, compare bolt pattern, center bore, hub engagement and required fasteners. Select thickness from measured wheel, tire and body clearance rather than appearance. V8 Filtration and Service Fluids Replacement air filters need the actual housing shape, dimensions and seal. Check the quantity supplied and required for the installation. Choose engine oil by required approval and specified viscosity; transmission fluid needs the exact gearbox specification. Body-sensitive chassis and exhaust parts must cover Gran Coupe xDrive routing and loads. Choose Your Part Identify V8 production and AWD four-door body. Record ...

Explore BMW M850i xDrive parts with V8 production details and body identified. Wheel positioning and brake service need measured dimensions, while fluids follow the exact service specification. Spacers and Rotor Fit Compare spacer bolt pattern, center bore, hub engagement and required fastener length or specification. Thickness should follow measured clearance with the actual wheel and tire. Brake rotors need correct diameter, thickness, material, axle and side. Confirm pad shape and caliper application before choosing a compound or hardware kit. Body and V8 Service Details Record coupe, convertible or Gran Coupe body when selecting exhaust or suspension components. Routing, mounting, axle loads and equipment coverage are separate from the engine match. For engine oil, compare required approval and specified viscosity. Transmission-fluid purchases need exact gearbox and service requirements rather than a shared ATF category alone. Choose Your Part Identify V8 version and body. Meas...

Choose BMW X1 parts by chassis generation, engine and sDrive or xDrive configuration. Brake and accessory applications vary across the model’s different layouts. Brake Dimensions and Connections Record rotor diameter, thickness, caliper and pad shape for each axle. A 335 mm rotor listing applies only where the actual brake assembly and manufacturer coverage match. Brake hoses and wear sensors also need correct length, routing and connections. Confirm shared BMW or Mini applications against the installed assembly. Engine Accessories and Chassis Generation Match engine accessories to the actual engine, management and connections. Separate a complete injection system from a plate or conversion component requiring an existing setup. Suspension coverage needs exact generation, drivetrain, axle loads and damper equipment. An sDrive or xDrive badge without chassis information does not settle every mounting or clearance requirement. Choose Your Part Identify chassis, engine and drivetrain....

Find BMW X2 parts with generation, engine and brake option identified. Match rotor-and-pad kits, sensors and fitting hardware to the assemblies installed on the car. Complete Brake-Kit Selection Record each axle’s rotor diameter, thickness and material, caliper and pad shape. A shared X1 or Mini application needs confirmed manufacturer coverage. Compare a matched pad-and-rotor kit with separate components by contents and intended compound use. Check whether fitting hardware and sensors are included or require separate selection. Sensors and Chassis Equipment Wear sensors need the correct axle, connector and routing. Broad multi-model hardware titles still need coverage for the actual caliper. For chassis parts, record generation, drivetrain, axle loads and damper type. Body resemblance or engine displacement alone does not identify mounting and suspension requirements. Choose Your Part Identify generation, engine and brake option. Match rotor dimensions and pad shape. Compare kit c...

Explore BMW X3 parts by generation, engine and drivetrain. Identify the standard, M Performance or X3 M application before choosing induction, exhaust or chassis components. Powertrain and Model-Family Details Record engine and production information for filtration, induction and cooling purchases. An X3 M application should not be extended to a standard X3 solely because the body family is shared. Exhaust components need the actual engine, body routing, outlet arrangement and valve requirements. Compare complete systems with individual sections and conversion pieces. Suspension and Brake Equipment Record electronic damper or other installed suspension systems before choosing struts or lowering components. Compare axle-load limits, mounting and equipment retained by the kit. Brake service follows actual caliper, rotor dimensions and material, pad shape and axle. Sensors and fitting hardware need their own connection and assembly coverage. Choose Your Part Identify generation, engin...

Choose BMW X3 M parts with chassis, production and brake option identified. The F97 S58 engine application is distinct from ordinary X3 and M40i powertrain coverage. S58 Intake and Exhaust Interfaces For the F97 X3 M, match induction and charge-cooling components to the S58 application and actual connections. A related M model still needs exact kit coverage. Compare exhaust sections by routing, valve operation, outlets and supplied components. A mid-pipe or axle-back is a different purchase from a complete system. M Chassis and Brake Details Suspension must cover the X3 M body, axle loads and original electronic equipment. Review permitted lowering, travel and which factory components the kit retains. Match pads and rotors to the installed caliper, rotor dimensions, material and axle. Confirm standard or optional brake equipment before choosing compound or hardware. Choose Your Part Identify F97 S58 and production. Match induction and exhaust interfaces. Require X3 M chassis equipm...

Find BMW X4 parts by generation, engine and exact model variant. Exhaust, lighting and strut applications need their own powertrain and equipment coverage. Exhaust and Lighting Application Separate ordinary X4, M Performance and X4 M engine applications before choosing exhaust sections. A product title naming X3 M needs explicit coverage for the X4 configuration. DRL modules require original headlamp technology, connector, module reference and production period. Desired styling does not identify the electrical application. Struts and Brake Service For replacement struts, check electronic-suspension exclusions and match the installed equipment. Review mounts, boots and bump stops separately from the damper. Match brake rotors, pads and sensors by installed caliper, dimensions, material and axle. Sensor connector and routing need separate confirmation from compound choice. Choose Your Part Identify generation, engine and variant. Confirm exhaust body and powertrain coverage. Match or...

Explore BMW X4 M parts with chassis, production and installed brake option identified. F98 S58 applications require their own induction, exhaust and chassis coverage. S58 and Coupe-SUV Installation Match intake and charge-cooling components to the actual S58 version, sensor provisions and connections. Shared X3 M coverage needs explicit manufacturer support for the X4 M installation. Body-sensitive exhaust parts need correct routing, mounting and outlets. Compare complete systems, axle-back sections and mid-pipes by what is supplied and retained. Electronic Chassis and Brake Options A suspension kit must cover X4 M axle loads and installed electronic equipment. Review permitted lowering, travel and the factory components retained. Brake pads and rotors need caliper, dimensions, material and axle coverage. Match sensors and hardware separately, and assess compound use after the physical application is established. Choose Your Part Identify F98 S58 production details. Match body-sens...

Choose BMW X5 parts by generation, engine and factory equipment. Floor liners, lighting modules and engine accessories each need different application details. Interior Protection and Lighting For floor liners, match exact body generation, seating layout and rows covered. Compare retention points and the pieces supplied with the set. DRL modules require the actual headlamp, connector, module and production period. An X5/X6 shared styling description should not replace electrical application checks. Engine and Brake Service Interfaces Match engine accessories to the actual engine and installation scope. A torsional damper needs exact engine, crankshaft and accessory-drive coverage; an injection conversion requires a compatible starting system. Brake components follow installed caliper, rotor dimensions and material, pad shape and axle. Suspension applications also need the exact spring or air system, dampers and axle-load limits. Choose Your Part Identify generation, engine and seat...

Find BMW X5 M parts by generation, production and brake option. Brake-compound choice should follow the installed caliper and rotor specification, not a shared performance label. Brake Application and Rotor Material Record caliper, rotor dimensions, material and pad shape for each axle. Standard X5 coverage or another performance SUV title needs confirmed manufacturer cross-application. Choose pads explicitly compatible with the installed rotor material. Keep complete conversions distinct from routine replacement parts for the existing brake assembly. Compound Use and M Chassis Details Compare the exact compound’s intended street or competition conditions and stated noise or dust guidance. A common compound name does not identify the pad’s shape. For suspension or exhaust, identify generation, powertrain version and electronic equipment. Require X5 M axle-load and routing coverage, including any facelift-specific restrictions. Choose Your Part Identify X5 M generation and equipment...

Explore BMW X6 parts with generation, engine and installed equipment identified. Lighting, brake service and engine accessories need exact connections and application coverage. Headlamp and Brake Interfaces Match DRL modules to original headlamp technology, module reference, connector and production period. Styling color alone does not establish electrical compatibility. Brake rotors need correct axle, dimensions, material and side. Match sensors by connector and routing separately from pad or rotor choice. Engine Accessories and Body Details For an injection accessory, distinguish a complete system from a conversion plate. Compare engine interfaces, compatible starting equipment and components supplied. Exhaust and suspension applications require X6 body coverage. Record drivetrain, axle loads, dampers and rear-system arrangement rather than assuming every X5 application transfers. Choose Your Part Identify generation, engine and body equipment. Match original headlamp interfaces....

Choose BMW X6 M parts by generation, facelift specification and installed suspension. Lowering systems, adjustable bushings and exhaust sections need a coordinated installation plan. Suspension and Alignment Components For springs, compare exact chassis, powertrain, axle-load and air-suspension requirements. Establish which axle changes and how rear ride height is managed. An adjustable control-arm bushing kit has its own mounting and adjustment scope. Review installation and alignment requirements alongside the intended ride-height change. Exhaust Sections and Production Coverage Separate a Slip-On section, link-pipe set and sound-control accessory by the compatible starting system each requires. None should be assumed to include every component of a complete exhaust. Facelift-specific systems need explicit production and powertrain coverage. Compare routing, outlets, valve interfaces and original components retained by the installation. Choose Your Part Identify generation and fa...

Find BMW X7 parts by engine, production and installed brake equipment. Rotor dimensions, sensor routing and chassis-system coverage guide a complete service plan. Brake Rotors, Pads and Sensors Record caliper, rotor diameter, thickness and material for each axle. Directional rotors need the correct side as well as exact mounting and application coverage. Wear sensors require matching connector and routing. Related XB7, X5 or 7 Series titles need manufacturer cross-coverage for the actual brake assembly. SUV Load and Equipment Details Suspension components require X7 body and axle-load coverage with the installed air or electronic systems identified. Compare the kit’s retained components and stated installation scope. Engine-service parts need the actual engine version and production details. Separate standard X7 and ALPINA applications where powertrain or chassis equipment differs. Choose Your Part Identify engine, production and brake option. Record rotor dimensions and side. Matc...

Choose BMW XM parts by exact plug-in hybrid variant and production details. Engine layout, hybrid chassis loads and original equipment must guide service and accessory applications. Hybrid Variant and Engine Identification BMW’s XM range includes different hybrid powertrain applications across markets, including V8 versions and the six-cylinder 50e. Identify the actual variant before choosing engine-service parts. Match housings, filters, ignition and cooling components to the installed engine and production reference. Another M model’s engine-family description does not settle every hybrid installation. Hybrid Chassis and Brake Equipment Suspension needs explicit XM variant, axle-load and equipment coverage. Review mounting, permitted travel and the original systems retained by the kit. Brake service follows installed caliper, rotor dimensions and material, axle and pad shape. Wheels also need appropriate load capacity and measured clearance around the actual brakes and body. Choos...

Explore BMW Z4 parts by generation, engine and transmission. Crankshaft dampers and pedal-control accessories need exact application details rather than a shared roadster badge. Crank Damper Specification Compare engine, crank mounting, accessory grooves, pulley dimensions and any stated underdrive or overdrive configuration. Review dry-sump or other build-specific requirements before selecting a damper. Shared Supra/B58 coverage needs the correct engine version and installation. Earlier Z4 engines and unrelated damper families require separate references. Pedal Interfaces and Chassis Details A pedal-response controller must match the vehicle’s accelerator connection and application. It changes response behavior rather than establishing a verified engine-output gain. Brake and suspension parts need generation, engine, caliper or damper equipment and axle-load coverage. Record body and gearbox where routing or installation depends on them. Choose Your Part Identify generation, engin...

Shop Dinan intake, exhaust, suspension, ignition, wheel, transmission, and carbon-fiber components at Black Ops Auto Works. Compare vehicle-specific upgrades and service parts for selected BMW applications, along with selected Toyota GR Supra accessories. Choose by the exact Dinan manufacturer part number, vehicle configuration, and installation requirements. Dinan Cold Air Intakes and Turbo Inlet Components Explore carbon-fiber intake systems, replacement filters, and selected turbo inlet fit kits. The collection includes intake applications for BMW 230i, 330i, 430i, M2, M3, M4, X1, and other listed models. Coverage depends on the engine, body style, production period, and exact part number. A replacement filter is a service item for its specified intake; it is not a complete intake kit. Likewise, a turbo inlet fit kit may supply supporting connections rather than the entire intake assembly. Review the package contents and compatibility with factory or previously installed componen...

Find MINI Cooper Clubman brake components for the exact generation and installed brake package. JCW equipment, caliper type and production details matter when selecting pads, rotors or wear leads. Pads and Rotor Geometry Compare pad backing shape and thickness with the actual caliper. A listing marked “Excl Clubman” must not be treated as a confirmed Clubman application. For a 335mm rotor reference, match diameter, thickness, overall height and mounting against the supported caliper package. Another MINI or BMW model’s dimensions alone do not establish complete fit. Wear Leads and Service Contents Match front and rear wear-sensor connectors, lead lengths and routing independently. Review whether the pad package includes the required sensor and fitting hardware. Compare ceramic and low-metallic friction by exact application, intended use and manufacturer requirements. Select compatible pads and rotors for each axle. Choose Your Part Record production, trim and actual caliper package...

Compare MINI Cooper Countryman brakes by production, trim and installed caliper package. Identify drivetrain and powertrain designation before extending an application from another MINI or BMW. Caliper and Friction Matching Match backing-plate shape, pad thickness and rotor material at each axle. Paceman or BMW references require explicit Countryman support. A 335mm JCW rotor is a brake-package-specific selection. Compare full rotor geometry and mounting rather than assuming diameter or badge establishes fit. Wear Sensors and Axle Contents Confirm sensor connectors, lead lengths and routing for the actual front and rear assemblies. Check required service hardware and package contents separately. Review the selected ceramic or low-metallic compound’s intended use and installation requirements. Front-pad support does not establish rear-pad or rotor compatibility. Choose Your Part Identify generation, full trim/powertrain and installed brakes. Match caliper-specific pad shape and fric...

Find MINI Cooper intake, exhaust and engine-drive components by exact chassis, engine and body configuration. Naturally aspirated, Cooper S and later engine applications require separate part-number checks. Intake and Exhaust Configuration Match an Injen system to exact engine, induction layout, sensor connections and mounting. Non-S 1.6 references must not be extended to turbocharged or other engine configurations. For a Borla F57 exhaust reference, confirm exact body, engine, drivetrain and mounting support. Review pipe connections, hangers, tip clearance and supplied system section. Crank Dampers and Drive Interfaces Select an ATI damper for the actual engine and accessory-drive arrangement. B46/B48 and 1.6 references are separate applications; compare crank fit, belt grooves, alignment and fastening instructions. A different drive diameter can change the supported setup. Confirm the exact manufacturer application and required fasteners rather than choosing by pulley size or bolt...

Request MINI Cooper S parts guidance with exact model year, chassis/body, engine and drivetrain. Confirm the supported manufacturer application before selecting an upgrade or service component. Identify the Exact Cooper S Provide chassis and engine identification alongside the Cooper S designation. Include body style, transmission and any changed intake, exhaust, brakes or suspension. Parts for one engine or body configuration should not be assumed to fit every Cooper S. Prepare an Application Enquiry Send the existing component number and the manufacturer number being considered. Dimensions and assembly photographs can help resolve modified equipment. Confirm exact fit, installation requirements and package contents before ordering. Ask our team for application help if no suitable item is displayed. Choose Your Part Record model year, chassis/body and engine. Identify transmission, drivetrain and modifications. Provide existing and proposed part numbers. Confirm application, insta...

Find Toyota GR Supra cabin protection, engine bearings and manual-clutch applications using exact engine and transmission details. Separate measured engine-build requirements from street or race clutch choices. B58 Bearings and Oil Clearance Main and connecting-rod bearings serve different locations. Confirm actual engine code, measured journals/housings and the builder’s target clearance before selecting a set. ACL H and HX standard-shaft references do not provide the same oil clearance. HX denotes extra clearance; choose from measured build requirements rather than treating it as an automatic upgrade. Manual Clutches and Cabin Protection ACT Mod-Twin applications require the supported manual transmission, engine, spline and complete release arrangement. Sprung/rigid, street/race and clamp-load choices should follow intended use and the exact kit specification. First-row mats and cargo liners cover different areas. Match production, cabin/load-floor geometry and retention points, a...

Shop Toyota GR Supra exhaust, intake and lighting applications using exact production, engine and current equipment. Compare exhaust resonation and intake interfaces before selecting finish or accessories. Touring, Track and Resonation AWE Touring and Track are separate sound choices; resonated versus non-resonated is an additional configuration decision. Review the existing downpipe and desired cabin sound together. AWE states its system will not fit 2026 Final Editions with factory bracing retained. Confirm the exact vehicle and installation restrictions rather than extending a 2020-on title to every edition. Intake and Accessory Interfaces A 3.0-litre Injen intake/charge-pipe package requires exact engine, sensor and mounting support. Confirm all included pieces and interfaces to the existing charge system. DRL modules need the correct headlamp/electronic application. Wind diffusers and carbon intakes have separate mounting and production requirements; verify each exact part numb...

Find Toyota Supra damper, intake and gauge-accessory applications by generation and actual engine. Keep JZ-engine builds separate from later B58 and other engine references. Damper and Accessory-Drive Configuration Stock-drive, underdrive and dry-sump pulley arrangements serve different builds. Confirm the exact damper, crank attachment, belt layout and supporting external drive requirements. A dry-sump pulley application is not a complete dry-sump oil system. Match the installed engine and build rather than extending JZ or B58 naming across generations. Intake and Interior Applications A naturally aspirated Supra intake needs the exact engine/year, sensor and airbox arrangement. Do not assume it supports a turbo installation or a different engine swap. Gauge pods require correct production, steering position, mounting geometry and gauge-opening size. Review whether gauges/sensors are included or supplied separately. Choose Your Part Identify generation and actual engine/build. Mat...

Wheel spacers and wheel adapters for cars, trucks, and SUVs are stocked at Black Ops Auto Works. Shop hub centric wheel spacers, bolt on and slip on spacers, wheel adapters that change bolt pattern, and forged aluminum spacers ranging from 5mm to 2 inch thickness for BMW, Audi, Volkswagen, Porsche, Subaru, Toyota, Ford, and Chevrolet platforms from Spidertrax, Motorsport Tech, ECS Tuning, and Black Ops Auto Works. Every wheel spacer and adapter is filterable by year, make, model, trim, bolt pattern, and hub bore so the correct thickness, offset change, and stud or bolt pattern ships the first time. Black Ops Auto Works carries 643 wheel spacer and adapter SKUs across bolt on, slip on, and adapter categories. What This Collection Covers Wheel spacers move the wheel outward from the hub to correct fitment issues like brake caliper clearance, fender clearance for wider tires, or a wider, more aggressive stance. Wheel adapters go a step further and change the bolt pattern entirely, ...

Shop aftermarket wheels, tires, lug nuts, wheel spacers, hub rings, TPMS sensors, valve stems, and wheel accessories at Black Ops Auto Works. Find performance wheels and tires for street cars, trucks, SUVs, muscle cars, imports, off-road vehicles, and custom builds from trusted automotive brands. Aftermarket Wheels for Cars, Trucks, and SUVs Choose cast, flow-formed, forged, replica, off-road, and performance wheels in a wide range of diameters, widths, offsets, finishes, bolt patterns, and center bores. Our selection supports applications from daily-driven vehicles and sports cars to lifted trucks, SUVs, drift builds, and track vehicles. Performance Tires for Street, Track, and Off-Road Use Shop tires for summer performance, all-season driving, winter conditions, touring, towing, off-road terrain, and high-performance applications. Match tire size, load rating, speed rating, tread design, compound, and seasonal use to the vehicle and driving conditions. Wheel Fitment, Offset, and ...