Weld Draglite 15x5 / 5x4.5 & 5x4.75 BP / 3.5in. BS Polished Wheel - Non-Beadlock

Find AMC AMX parts by the exact model, year, engine and installed equipment. Separate the original two-seat AMX from later Javelin AMX and other uses of the AMX name. Compare brake, suspension and rear-axle components using the complete manufacturer application. Two-Seat AMX and Later AMX Applications The original two-seat AMX belongs to the 1968–1970 model years. AMC's 1970 factory specifications identify it separately from the four-passenger Javelin. A later AMX badge does not establish the original short-body coupe application. Confirm the installed engine, transmission and axle instead of relying on a badge or restored appearance. Engine swaps, replacement axles and brake conversions need their own component checks. A shared AMC displacement or model family is not a universal interchange rule. Brake Hydraulics and Shock Absorbers The catalog includes AMX rear wheel-cylinder and brake-hose listings, plus KYB front and rear shock applications. For hydraulic components, match the a...

Find AMC Javelin parts by model year, engine, transmission and installed chassis equipment. Compare brake hydraulics, front and rear shocks and rear-differential components for your Javelin or Javelin AMX using the complete manufacturer application. Javelin and AMX Vehicle Identification Identify the Javelin body and exact model year before comparing components. A Javelin AMX application should be checked separately from the original two-seat AMX. Record the engine, transmission and axle actually installed, including previous swaps or brake conversions. Use existing component numbers and assembly photographs to resolve changes made during restoration rather than selecting solely from the vehicle’s exterior appearance. Rear Wheel Cylinders and Front Brake Hoses The catalog includes DFC rear wheel-cylinder listings naming Javelin applications and a front brake-hose listing naming 1973–1974 Javelin applications. Match the detailed vehicle coverage and installed brake system; broad titl...

Find Buick Apollo parts by model year, engine and installed brake equipment. A restoration service plan should account for previous disc or drum conversions and suspension changes. Hydraulic and Friction-Brake Parts Match wheel cylinders by bore, mounting, side and hydraulic connection. Brake hoses need the correct length, routing, threads and seats. A master cylinder must suit the installed brake arrangement and mounting. Choose pads or shoes against the actual caliper or drum assembly, including any conversion. Shock Replacement and Restoration Records Compare damper length, mounts and axle application with the existing setup. Record altered ride height and spring equipment before choosing replacements. Shared GM applications require exact manufacturer coverage. Keep donor and component references for converted brakes, engine or suspension so future service follows the actual car. Choose Your Part Record year, engine and brake configuration. Match hydraulic dimensions and connect...

Explore Buick GS parts by full model, year and installed equipment. Classic brake and suspension service should reflect the actual restoration configuration, not the badge alone. Identify the GS and Brake Layout Record chassis, engine, body and production before selecting components. Different GS applications and later modifications need distinct references. Match pads to caliper and shape, or shoes to the installed drum assembly. Confirm shared Buick or GM coverage against the physical brake system. Hydraulic and Chassis Details Wheel cylinders require bore, side, mounting and connection checks. Brake hoses and master cylinders need routing, fittings and hydraulic coverage for the current setup. Compare shock length, mounts and axle application with the installed springs and ride height. Keep component numbers for any engine, brake or suspension conversion. Choose Your Part Identify full GS model and year. Record disc or drum assemblies. Match hydraulic connections and dimensions....

Choose Buick Regal parts by generation, body and installed equipment. Classic brake conversions and later hood, window or pedal accessories need separate application references. Brake Upgrade and Chassis Scope For a complete brake kit, confirm exact chassis, spindle, axle and hydraulic requirements. Compare calipers, brackets, rotors, hoses and hardware supplied. Check wheel clearance with the manufacturer’s template against the actual wheel design. Wheel diameter alone does not establish spoke and barrel clearance. Body Accessories and Pedal Interfaces Hood protectors and window deflectors need exact body and front-end production coverage. Compare fascia mounting, in-channel or outside-mount installation and piece count. Pedal-control kits need the actual accelerator connector and vehicle application. Choose phone or display equipment by the required interface; response adjustment does not establish an engine-output gain. Choose Your Part Identify generation, body and engine. Conf...

Find Buick Skylark parts by generation, chassis and current brake configuration. Complete brake upgrades require a broader installation plan than replacement rotors or pads. Brake-Kit Application and Contents Confirm exact chassis, spindle, hub, axle and hydraulic requirements for a conversion. Compare calipers, brackets, rotors, hoses and hardware supplied. Review stud or wheel-interface requirements and use the manufacturer’s wheel-clearance template. Rotor diameter alone does not establish wheel or chassis compatibility. Original Hydraulics and Restoration For an original brake service, match master cylinder and wheel cylinders to the installed hydraulic and drum or disc configuration. Record bore, side, mounting and connections. Keep conversion component references so future pads, rotors and hoses follow the upgraded assembly. Later Skylark generations need their own chassis applications. Choose Your Part Identify generation and original or converted brakes. Confirm kit chassis...

Choose Chevrolet Bel Air parts by year, chassis and original or converted brakes. A complete disc upgrade needs a broader installation plan than replacing an existing rotor or pad. Brake Conversion and Wheel Clearance Confirm exact chassis, spindle, hub, axle and hydraulic requirements for a kit. Compare calipers, brackets, rotors, hoses and mounting pieces supplied. Check wheel clearance with the manufacturer’s template against the actual wheel design. Rotor diameter or caliper finish does not establish chassis and wheel compatibility. Original Hydraulics and Dampers Master and wheel cylinders require the actual hydraulic configuration, mounting and dimensions. Record disc conversions before choosing original-application service parts. Shocks need matching mounts, length and installed spring or ride-height coverage. Keep references for engine, brake and suspension changes with the restoration records. Choose Your Part Identify year, chassis and brake configuration. Confirm convers...

Explore Chevrolet Biscayne parts by year, chassis and installed brake system. Restoration hydraulics and complete disc upgrades need their own dimensions and installation references. Disc Upgrade and Wheel Interfaces Confirm chassis, spindle, hub and axle coverage before choosing a brake kit. Review hydraulic requirements and calipers, brackets, rotors, hoses or hardware supplied. Use the manufacturer’s wheel-clearance template against the actual wheel design. Check stud or mounting interfaces independently of nominal rotor size. Hydraulic Service and Shock Mounts Wheel cylinders need correct bore, side, mounting and connections. A master cylinder must match the installed disc or drum hydraulic arrangement. Compare shocks by axle, mounts, length and current spring or ride-height setup. Keep conversion references so later brake and chassis service follows the actual assemblies. Choose Your Part Identify year and current brake configuration. Confirm kit spindle, hub and hydraulic cov...

Find Chevrolet Camaro parts by generation, engine, body and installed equipment. Compare exhaust sound and system scope first, then plan brake, chassis or drivetrain service around the actual assemblies on the car. Choose the Exhaust Scope and Sound AWE Camaro SS listings distinguish axle-back, cat-back and conversion components, with Touring or Track editions, resonated or non-resonated choices and different outlet or tip configurations. Match the exact generation, engine, body and rear valance before comparing sound. An axle-back and a cat-back replace different sections. A conversion kit requires a compatible starting exhaust; review the part number, supplied sections, valve requirements and installation instructions rather than treating it as a complete system. Match Brakes, Body and Drivetrain Equipment Brake pads and rotors must suit the installed caliper, axle and rotor dimensions. Factory performance packages or later conversions can change the service application. Compare c...

Find Chevrolet Caprice parts with the generation and body identified first. Window accessories for later cars, classic brake assemblies and electronic control accessories have different application requirements. Body and Brake Generations Match window deflectors to the exact doors, glass and installation method. A four-piece set should be checked for the windows covered rather than selected from the Caprice name alone. For brake service, identify the installed axle, rotor or drum dimensions and caliper. Keep conversion references where hubs, brakes or suspension have changed. Cab and Accelerator Interfaces Floor mats need measured contours, retention and clearance around the pedals and seats. Universal coverage does not establish a molded sedan or wagon floor fit. Pedal-response accessories need the actual accelerator connector and explicit vehicle coverage. Compare phone or display requirements separately; a response change does not establish additional engine horsepower. Choose Yo...

Find Chevrolet Chevelle parts for classic brake upgrades and restoration. Match the production year, spindles, rear axle and wheels before choosing a brake kit or service component. Front and Rear Brake Planning Baer listings distinguish front and rear kits, rotor sizes and system families. Compare each kit’s required spindle or axle application, wheel-clearance template and supplied hardware. Rotor diameter alone does not establish wheel clearance. Use the exact template with the actual wheel profile, offset and attachment before choosing companion wheels. Hydraulics and Interior Equipment A brake conversion needs compatible hydraulic and pedal-system requirements from the kit instructions. Record the installed master cylinder and any changed axle or spindle assemblies. Gauge pods require the correct dashboard application and gauge diameter. A pod listed for a related A-body still needs exact year and interior mounting coverage. Choose Your Part Identify year, spindles and rear ax...

Find Chevrolet Chevy II parts around the actual chassis and brake assemblies. Restoration and modified-car purchases benefit from recorded spindle, axle and wheel details before selecting conversion hardware. Brake Conversion Applications A kit listed for another GM platform needs explicit Chevy II coverage. Compare spindle attachment, hub requirements and the manufacturer’s complete application rather than relying on a shared engine or production era. Rear brakes need the installed axle and housing-end configuration. Keep donor or conversion references when the car’s original axle has been replaced. Wheels and Hydraulic Equipment Use the brake manufacturer’s template with the intended wheel design and offset. Match hydraulic requirements to the complete conversion, including master-cylinder and pedal-system guidance. For service cylinders or calipers, record casting or part references, mounting and hydraulic connections. Position and bleeder orientation should follow the specified ...

Choose Chevrolet El Camino parts by generation, brake equipment and dashboard layout. Front and rear brake kits and digital instrument components have different mounting and companion-part requirements. Brake Kits by Chassis and Axle Listings distinguish later Malibu/El Camino/Monte Carlo/Regal brake applications from earlier GM chassis kits. Confirm exact year, front spindle and rear axle rather than extending a shared platform title. Compare front and rear kit contents separately. Check rotor size, hub or housing-end requirements and the actual wheels using the manufacturer’s clearance templates. Hydraulics and Instrument Installation Brake conversions need compatible hydraulic equipment and pedal-system requirements from the kit instructions. Record any axle or spindle changes for later service. A digital instrument display requires the specified dash application, wiring and signal inputs. Confirm sensors, harnesses and other installation pieces against the exact package contents...

Find Chevrolet Impala parts with the generation, body and installed equipment identified. The Impala name spans different chassis, so brake, suspension and exterior purchases need a precise application. Generation and Installed Equipment Use model year, body and drivetrain records to identify the car. Keep Impala Limited applications separate when a product distinguishes that body from other Impala production. Record calipers, rotor or drum dimensions and axle before selecting brakes. Factory equipment or later conversions can change the correct pads, hydraulic pieces and hardware. Body, Suspension and Service Planning Exterior parts need matching doors, glass, panel shape and attachment. A shared Impala name does not establish body interchangeability across generations. Suspension parts should suit the installed mounts, ride height and equipment. Keep conversion references with engine and gearbox details when the car has been modified. Choose Your Part Identify Impala generation a...

Find Chevrolet Impala parts by generation, body and installed mechanical equipment. Build each purchase around the actual brake, suspension or body application rather than expecting one specification across the model’s history. Brakes and Chassis Service Identify the axle, caliper, rotor or drum dimensions and hydraulic equipment. Record any brake upgrade or axle replacement before choosing service components. Suspension selection needs the installed mounts, ride height and equipment. A modified car should retain references for springs, dampers and conversion hardware. Body Coverage and Model Distinctions Match exterior components to the actual panel, doors, glass and attachment. Production ranges and Limited designations can separate parts that share the Impala name. For engine or drivetrain work, identify installed engine and transmission rather than relying on a trim badge. Keep donor assembly and conversion records where the powertrain has changed. Choose Your Part Identify gen...

Find Chevrolet Malibu parts by generation, body and Limited status. Different hood or fascia attachments and interior contours require exact application before comparing protection accessories. Front-End Protection by Generation Listings distinguish hood-mounted and fascia-mounted protectors across Malibu production. Match the actual hood, front-end shape and mounting rather than using finish or model name alone. Check Limited exclusions and exact body coverage in the manufacturer’s application. A shared production year does not establish identical front-end components. Floor Coverage and Chassis Details Map liner pieces to front, rear-row and cargo positions. Compare actual floor contours, console and retention with the supplied set. For brake or suspension work, use installed assembly details and engine or chassis application. Keep records of lowering components or conversions instead of transferring stock dimensions automatically. Choose Your Part Identify generation and Limited...

Choose Chevrolet Monte Carlo parts with generation and installed chassis identified. Classic brake kits, digital instruments and later electronic accessories have distinct application requirements. Classic Brake and Instrument Applications Baer listings identify specific later GM chassis kits; earlier platform titles still require exact Monte Carlo cross-coverage. Match spindles, rear axle and hydraulic requirements before choosing a conversion. Use wheel-clearance templates with the actual wheel profile and offset. A digital instrument display separately requires the correct dashboard mounting, signal inputs, sensors and wiring. Interior and Electronic Interfaces Universal mats need measured floor contours, retention and pedal clearance. Different Monte Carlo bodies do not establish interchangeable molded floor coverage. Pedal-response devices need an appropriate electronic accelerator system, connector and exact application. A broad model name spanning several generations does not...

Explore Chevrolet Nova parts by generation and installed chassis equipment. Brake conversions and suspension service need exact spindle, axle and mounting identification across the model’s different applications. Brake Conversion Coverage A kit naming an A-body or F-body requires explicit Nova application. Match spindles, hubs and hydraulic requirements rather than extending fit from a shared GM title. Rear drums and service hardware need axle, diameter, shoe width and backing-plate details. Keep donor references after a brake or axle conversion. Wheel Clearance and Suspension Service Use the brake manufacturer’s template with the actual wheel profile and offset. A larger wheel diameter does not by itself prove caliper clearance. Match boots, mounts and dampers to the installed suspension and required travel. Later Nova applications and modified classic cars should be identified independently before selecting chassis service pieces. Choose Your Part Identify generation and installe...

Choose Chrysler 300 parts by generation, drivetrain and actual body equipment. Hoods, deflectors and molded floor coverage need exact panel, glass or interior applications. Hood and Window Applications A replacement hood requires the correct generation, latch, hinge and body-clearance application. Compare finish, supplied hardware and installation requirements for the exact design. Window deflectors distinguish in-channel and outside-mount installation. Match actual doors, glass and production; a fascia-mounted protector has its own separate attachment requirements. AWD Floors and Cargo Coverage Floor-liner listings can specify AWD. Match drivetrain, tunnel, console and retention against the actual cabin before choosing front and rear pieces. Trunk liners need matching cargo-floor contours and obstructions. A cabin combination set should not be assumed to include trunk protection unless expressly supplied. Choose Your Part Identify generation, trim and drivetrain. Match hood and bo...

Choose Chrysler New Yorker parts with a clear distinction between classic rear-wheel-drive cars and later front-wheel-drive sedans. Brake layout, engine identity and installed chassis equipment make the parts search more precise. Classic and Later New Yorker Applications Record the production year, body series and drive layout before selecting mechanical components. Brake and suspension arrangements changed across the New Yorker nameplate; use the actual assembly references on a restored or modified car. For an older restoration, note any conversion from original drum brakes, master cylinder or power assistance. Replacement parts should follow the current system rather than an assumed factory configuration. Brake Hydraulics and Caliper Details Wheel cylinders can specify left or right, front or rear, and an upper or lower position within the drum. Match that exact position, bore, mounting and line connection. A master cylinder requires the appropriate brake-system application and ac...

Find Chrysler Newport parts for classic brake service and restoration work. Identify the production year and body series first, then match hydraulic components to the brake assemblies actually installed. Identify the Newport Chassis and Brakes The Newport name spans different body and chassis applications. Record the year, series, engine and original or converted brake layout before comparing service components. A restored car may have a different master cylinder, power booster or front-brake system from its factory specification. Keep the conversion’s component references with the vehicle identification to make future servicing easier. Position-Specific Hydraulic Components Wheel-cylinder selection can distinguish front and rear, left and right, and upper or lower positions. Compare bore, mounting and fluid connection with the removed component and the manufacturer’s exact application. When selecting a master cylinder or caliper, establish actuation and circuit requirements, mounti...

Find Chrysler Town & Country parts by vehicle era and body. For minivan accessories, seating layout, Stow ’n Go equipment and the exact floor area determine useful interior coverage. Minivan Floor Coverage and Seat Access Match front, second-row and cargo pieces separately. Check the production range, retention points, console contours and seat-track arrangement for the exact liner. A complete-cabin package may still exclude the rear cargo area. Stow ’n Go applications need the correct folding-seat and storage arrangement. Confirm that liner openings and coverage allow the seat functions and access described in the manufacturer’s instructions. Cargo Protection and Hood Accessories Cargo liners require the matching floor shape, seat position and rear storage layout. Compare one-piece and multi-piece coverage with how you use the van for passengers and luggage. Hood shields need exact production and panel contours. Distinguish a hood-mounted shield from other front-end protection,...

Find Dodge Challenger parts by generation, engine and installed equipment. A classic restoration, a modern V6 daily driver and a supercharged HEMI project need different mechanical and body applications. Choose Around the Actual Challenger Record the production year, body generation, engine and transmission before planning upgrades. Keep wheel, brake and suspension options explicit; a badge does not establish every component fitted to the car. For a restored or modified Challenger, retain engine, axle and brake-conversion references. Those assemblies can change the service parts required even when the body remains original. Plan Sound, Appearance and Service Together An exhaust choice starts with the engine and exact body application, then the desired cruising sound, resonation and outlet arrangement. Compare full systems with conversion sections or tips sold separately. Body accessories need matching panel contours, attachment and clearance. For maintenance, identify the installed ...

Choose Dodge Challenger R/T parts for the engine and generation actually fitted. For a modern 5.7L HEMI car, exhaust sound, tip layout and the existing intake or brake equipment are useful planning points. 5.7L Exhaust Sound and Contents AWE offers specified 5.7L Challenger Touring and Track applications. Touring uses 180 Technology for cruising-sound control; Track takes a louder approach. Compare the exact year and part number before choosing the sound configuration. Review stock-tip or quad-tip contents and any conversion sections separately. Keep existing headers and other exhaust changes in the comparison, since the sound and installation depend on the complete setup. Intake Maintenance and Chassis Equipment Select a service filter for the intake currently fitted. A factory-airbox element, aftermarket intake element and complete intake kit are different purchases with their own housing and connection requirements. For brake or suspension service, identify the actual caliper, ro...

Find Dodge Charger parts by generation, body and powertrain. Exhaust choices for selected V8 sedans, cabin protection and body accessories should each follow the exact vehicle configuration. V8 Sedan Exhaust Choices AWE applications include specified Charger 6.4L and supercharged 6.2L sedans. Compare Touring sound treatment with Track configurations, plus resonation and the actual tip or outlet pieces supplied. A system intended for one engine or body generation should not be transferred to another Charger powertrain without explicit manufacturer coverage. Record existing headers and pipework when reviewing a replacement system. Cabin and Exterior Protection Floor and trunk liners need their own production and contour applications. Compare cabin retention, console and footwell shape separately from cargo-floor coverage. Window deflectors and hood protectors follow different body panels and attachment methods. Match the actual glass or hood, review the number of pieces supplied and f...

Find Dodge Monaco brake-service parts by generation and installed equipment. Drum brakes, master cylinders and suspension protection require separate application details across the model’s different chassis configurations. Master Cylinders and Brake Layout Identify the car’s actual disc/drum arrangement and manual or assisted actuation before selecting a master cylinder. Compare bore, mounting and hydraulic connections with the assembly fitted. A master-cylinder replacement does not establish which hoses, cylinders or friction pieces the rest of the system needs. Retain the specifications of any brake conversion. Drum Assemblies and Suspension Protection Compare drum and shoe dimensions, axle position and adjustment hardware. Wheel cylinders and hoses must match their mounting, bore or connections and routing. For a strut-equipped application, boots and bump stops follow the installed strut. A protection kit should not be substituted for a worn damper or selected from a different Mo...

Find Dodge Polara brake-service parts using the year, chassis generation and brake equipment fitted. Master cylinders, wheel cylinders, drums and shoes each have distinct application details. Master Cylinders and Wheel-End Hydraulics Identify disc/drum layout and manual or assisted actuation before selecting a master cylinder. Compare bore, mounting and hydraulic connections with the actual installation. Wheel cylinders need matching bore, position and line connection. Preserve axle and side designations, including any brake or axle changes made during restoration. Drum Friction and Service Hardware Measure drum and shoe dimensions and identify the adjustment arrangement. Compare friction contents separately from springs, retainers and other fitting hardware. A new drum or cylinder does not supply the rest of the brake assembly unless those pieces are listed. Establish the repair scope from the condition of the complete system and retain conversion references. Choose Your Part Iden...

Find Ford Fairlane brake upgrades and engine-service accessories by exact generation and installed equipment. Spindle and wheel references are important when comparing a front brake conversion. Brake Conversion and Wheel Clearance Match the kit to the actual spindle, hub and production application. Compare wheel-clearance requirements with the installed wheel rather than selecting from rotor diameter alone. Review hoses, brackets, master-cylinder requirements and supplied hardware. A front kit does not automatically include rear conversion pieces or every hydraulic change. Engine Covers and Ignition Interfaces Match valve-cover mounting, rocker clearance and breather requirements with the installed engine. Compare wire terminals, distributor arrangement and routing. For a pilot bearing or dipstick, identify actual transmission and sump applications. Retain engine or gearbox conversion details and check gaskets and seals separately. Choose Your Part Record generation and installed s...

Choose Ford Gran Torino engine accessories by exact year and installed engine configuration. Original and swapped assemblies need their actual component references for service. Cover Clearance and Ignition Layout Compare valve-cover mounting, rocker clearance and breather arrangement. Check seals and bolts expressly supplied before planning installation. Match plug-wire terminals, distributor arrangement and routing. Wire diameter and color describe options rather than establish exact engine compatibility. Accessory Sealing and Gearbox Interfaces For a dipstick or block-off plate, compare actual engine, sump and induction requirements. Retain modifications that affect mounting or clearance. A pilot bearing requires exact crankshaft and transmission input application. Confirm supporting hardware and package quantity separately from other drivetrain components. Choose Your Part Record year and actual engine. Compare cover clearance and sealing. Match ignition terminals and routing. I...

Find Ford Mustang exhaust and body accessories by generation, engine, body and installed exhaust equipment. Keep S550/S650, GT and Dark Horse applications explicit. Exhaust Configuration and Active Hardware Match Track, Touring or SwitchPath configuration to exact engine, body and manufacturer application. Compare tip layout and complete-system contents. A valve-motor bracket for an active-exhaust application is a supporting component, not a complete cat-back. Identify actual installed valve equipment and any previous exhaust changes. Generation-Specific Protection Match hood protectors to exact production range and panel or fascia application. Different Mustang body revisions should remain separate. Review installation instructions and the actual components supplied. Retain exact exhaust part references and conversion details for future service or configuration changes. Choose Your Part Record generation, engine and exact body. Identify active or other installed exhaust equipment....

Choose Ford Ranchero engine accessories using exact generation and installed heads, induction and valve train. Body designation alone does not establish every small-block service application. Header Gaskets and Rocker Hardware Match header gasket to actual cylinder-head ports and exhaust flange. Compare exact application and package quantity. For rocker shims, identify the installed heads and required measurements. A shim package should follow actual valve-train requirements rather than a general engine label. Covers and Accessory Mounting Compare cover mounting, height, rocker clearance and breather arrangement. Retain any head or rocker changes when choosing covers. For dipsticks, wire supports and block-off plates, use actual mounting and system configuration. Check seals, gaskets and hardware expressly supplied before ordering. Choose Your Part Record generation and installed engine. Identify head ports and exhaust flange. Use actual rocker and shim measurements. Compare cover ...

Choose Ford Torino brake and engine accessories by exact generation and installed equipment. Spindle and wheel references are important when planning a front brake conversion. Brake Kit and Wheel-Clearance Requirements Match actual spindle, hub and production application with the selected kit. Rotor diameter alone does not establish wheel clearance. Compare supplied hoses, brackets and hardware with hydraulic requirements. A front conversion package does not automatically include rear brake changes. Engine Covers and Drivetrain Interfaces Match valve-cover mounting, rocker clearance and breather layout. Compare plug-wire terminals and routing with the installed ignition. For pilot bearings and dipsticks, use actual crankshaft/transmission and sump references. Record swaps and check gaskets or fasteners supplied with each accessory. Choose Your Part Record generation and installed spindles. Match brake and wheel-clearance requirements. Compare cover clearance and ignition routing. I...

Compare Mercury Comet brake conversions, engine gaskets and valvetrain parts for the actual chassis and engine. Document spindle or engine swaps before selecting components for a restoration or street build. Front Brake Conversion Planning For a Baer Classic front kit, confirm that the exact Comet year and spindle arrangement are supported. A Mustang, Falcon or Fairlane reference does not establish complete Comet fit. Review wheel-clearance templates, hub pattern, hoses, master-cylinder requirements and the existing rear brakes together. A front conversion needs a compatible complete hydraulic system. Engine and Valvetrain Details For 302/351W roller lifters, confirm exact block, camshaft and lifter-retention requirements. Match engine gaskets to the actual block, heads and sealing surfaces. Check valve-cover clearance around rocker arms, breather connections and accessories. Pilot bearings require matching crank and transmission input-shaft dimensions rather than engine-family nami...

Find Mercury Cougar parts by exact generation, engine and drivetrain. Cougar applications span different vehicle configurations, so intake, axle and engine components need more than the model name to establish fit. Engine and Induction Applications For a Ford 4.6 oil pump and pickup, confirm the exact engine, pan and supported installation. A Mustang camshaft or F-150 throttle-body reference requires separate Cougar application confirmation. On a supported 5.0 intake arrangement, compare throttle-body bore, EGR spacer, linkage and sensor connections. Match all interfaces before choosing a BBK throttle body or gasket. Axle Gears and Engine Seals Identify the installed differential before selecting 3.31 or 3.73 gears. An 8.8-inch designation must be checked against the exact assembly and installation requirements. Match a 302 rear-main seal to the actual block/crank seal design. Pilot bearings require the correct crank bore and transmission input-shaft dimensions; they are not univers...

Compare Mercury Cyclone brake conversions and engine components for the installed chassis and powertrain. A restoration or modified build needs exact spindle, engine and transmission details before parts are selected. Front Brake Kit Requirements For a Baer 11-inch Classic front kit, confirm exact Cyclone year and spindle support. Related Mustang, Fairlane, Falcon, Torino or Cougar references need a verified Cyclone application. Use the manufacturer’s wheel-clearance information and review hub pattern, hoses, master-cylinder requirements and rear-brake compatibility. Check package contents before planning installation. Valvetrain, Gaskets and Ignition For 302/351W roller lifters, confirm the actual block, camshaft and retention arrangement. Match head and engine gaskets to the installed block/heads rather than the vehicle badge. Check valve-cover clearance with the fitted rockers and breather system. Select plug wires by terminal ends, routing and engine application; pilot bearings ...

Choose Mercury Montego accessories and engine parts by exact generation and installed powertrain. Window accessories for a later sedan must be checked separately from components intended for an older engine build. Window Accessories by Body Configuration For the displayed 2005–2007 Five Hundred deflector reference, require explicit Montego coverage and compare the exact door/window shape. Confirm outside-mount installation and included pieces. A later body accessory does not identify the engine-service application. Use model year and full vehicle details for each product enquiry. Engine Components and Service Hardware Match 302/351W roller lifters, gaskets and valve covers to the actual installed engine and heads. Confirm retention arrangement, rocker clearance and breather connections. For plug wires and pilot bearings, match actual ignition terminals/routing and crank/input-shaft interfaces. Brake hardware requires exact caliper support independently of the engine configuration. C...

Find Oldsmobile 442 brake conversions and suspension-service parts for the actual production, spindle and chassis. Original or upgraded assemblies require exact kit-number support. Front Conversion and Wheel Clearance Compare Baer 11-, 13- and 14-inch references by exact spindle/hub application and complete caliper/rotor system. Diameter or caliper color alone does not establish fit. Use the selected kit’s wheel-clearance template. Review required wheel studs, hoses, master-cylinder/proportioning requirements and rear-brake compatibility with the installer. Hoses, Drums and Dampers Match brake-hose fittings, length, routing and position. Buick references require explicit support for the installed 442 assembly. Compare drums and dampers independently using dimensions, mounting and travel. Include any changed spindles, ride height or axles in the application enquiry. Choose Your Part Identify production, chassis and installed spindle/brakes. Match exact kit application and wheel temp...

Choose Oldsmobile Cutlass Cruiser brake, damper and EFI components using exact production, body and installed engine. Confirm actual assemblies before selecting shared Regal or other GM references. Caliper Side and Damper Mounts Match front-left/right calipers to actual bracket, pad/rotor geometry and hose connections. Correct installed bleed-screw position matters. Compare rear dampers by actual mounts, travel and suspension application. Include wagon/body and ride-height changes in the fit enquiry. EFI Package Planning For single-nozzle or dual-stage systems, confirm exact engine/induction support, fuel requirements and activation controls. A broad GM EFI label is insufficient. Review bottle options, lines, brackets and complete contents. Advertised ranges do not guarantee engine output; follow exact manufacturer installation requirements. Choose Your Part Identify production, body and installed powertrain. Match actual caliper side and complete geometry. Confirm rear-damper moun...

Shop Oldsmobile Cutlass brake conversions by exact generation, spindle and rear axle. Earlier and later GM kit applications must be checked separately. Front Conversion and Wheel Template Compare 1964–1972 and 1978–1988 kit references against the actual chassis and spindle. Match full kit number, hubs, studs and brake geometry rather than rotor diameter alone. Use the exact wheel-clearance template. Review hoses, master-cylinder/proportioning requirements and existing rear brakes with the installer. Rear Brakes and Body Hardware For rear disc kits, identify axle housing ends, shafts, parking-brake arrangement and shock layout. A front application does not establish rear kit support. For door conversions or replacement calipers, match exact body/year or service side and mounting. Review required modifications and complete contents independently. Choose Your Part Identify exact generation, spindle and rear axle. Match complete front kit and wheel-clearance template. Review brake hydr...

Find Oldsmobile Cutlass Supreme brakes and service components by exact generation, spindle and installed powertrain. Shared Cutlass or Regal naming requires component-specific support. Brake Conversion and Hydraulics Compare earlier and later Baer kit references against actual chassis/spindle and complete kit number. Use the exact wheel-clearance template and confirm stud/hub requirements. Match replacement calipers by side, bracket, pad/rotor geometry and hose connections. Review master-cylinder/proportioning and rear-brake compatibility for a conversion. Dampers, Hoses and EFI Packages Select dampers by exact position, mounts and travel. Brake hoses need correct fittings, length, routing and supported assembly independently. For GM EFI packages, identify actual engine/induction, fuel supply and controls. Review bottle and complete installation contents; advertised ranges do not establish guaranteed output. Choose Your Part Identify exact generation, spindle and actual engine. Mat...

Compare Oldsmobile Omega brake and suspension-upgrade references by exact chassis, production and installed equipment. Subframe and coilover applications require complete installation support. Suspension Conversion Interfaces A Camaro/Firebird front subframe reference does not establish Omega chassis compatibility. Confirm exact body mounting, spindle/hub choice, steering and required supporting parts. For QA1 coilovers or dampers, match mounts, operating length/travel and spring arrangement. Select rate and setup for the supported vehicle/configuration rather than the product name alone. Brakes and Protection Match drums and shoes to actual dimensions, hardware and parking-brake layout. For pads, identify actual caliper, backing shape, rotor and intended use. Strut boots need exact position/dimensions and required bump-stop support. Review all conversion and service contents with the installer before ordering. Choose Your Part Identify exact chassis, production and modifications. ...

Find Plymouth Barracuda brake and suspension-service components by exact generation and installed assemblies. Confirm spindle, axle and brake conversions before selecting shared Mopar references. Hydraulics and Caliper Side Match wheel-cylinder bore, fittings and mounting or disc-caliper bracket, pad/rotor geometry and service side. Dart references require exact Barracuda support. For master cylinders, confirm bore, mounting, outlet fittings and compatibility with the complete brake system. Newport or Imperial titles do not establish every installation. Drums and Damper Applications Compare shoe/drum dimensions, hardware and parking-brake layout at the required axle. Front brake support does not establish rear compatibility. Match front/rear damper position, mounts and travel to exact chassis/production. Earlier Barracuda references should not be extended to a different generation without support. Choose Your Part Identify generation, production and actual brake equipment. Match cy...

Find Plymouth Fury brake and suspension parts by production year and installed chassis equipment. Confirm any spindle, axle or hydraulic conversion before selecting replacement components. Restore the Brake System Match wheel-cylinder bore, mounting and line connection or master-cylinder bore and outlets to the actual system. Shared Chrysler references need a complete application check. Identify front and rear drums separately using dimensions and hub/assembly details. Check hoses for the right fittings, routing and service position. Choose the Correct Damper Application Compare front and rear mounts, travel and supported production range. Multiple Chrysler and Dodge references do not establish one universal Fury damper. Include ride-height changes and replacement suspension assemblies in the enquiry. Review hardware and whether each package supplies one component or a set. Choose Your Part Identify production and brake/suspension conversions. Match hydraulic bores, mounting and fi...

Compare Plymouth Gran Fury suspension, brake and driveline parts using the current chassis, axle and engine. Record production and conversion details before choosing shared applications. Dampers and Brake Compounds Match front/rear damper position, mounts and travel to exact chassis coverage. Separate earlier and later Cordoba-related references using the manufacturer part number. For Redstuff or Yellowstuff pads, establish the actual caliper and rotor before choosing compound characteristics. A compound name does not identify the correct pad shape. Axle and Powertrain Service Dana 60 differentials, preload shims and a Chrysler 9.25-inch cover describe different service needs. Identify the installed axle and verify ratio, splines or cover pattern as appropriate. A Mopar 340 clutch needs full flywheel, input-spline and release-system support. Ring sets require actual piston/bore and groove dimensions plus the specified end gap. Choose Your Part Identify production, chassis and curre...

Explore Plymouth GTX brake, suspension and driveline parts for a restoration or chassis upgrade. Confirm production, installed axle and engine before comparing complete systems with individual service parts. Suspension Systems and Engine Mounts For a 1968–1970 B-Body rear four-link reference, confirm exact chassis, axle-housing version and installation requirements. Compare shock adjustment, spring selection and supplied brackets with the complete system plan. A small-block engine-mount kit needs the specified engine and supporting chassis hardware. Confirm existing crossmember, steering and accessory clearance requirements in the exact instructions. Brakes and Rear-Axle Service Match caliper/bracket, rotor and master-cylinder interfaces to the current brake system. Shared Charger or Imperial references need exact GTX application support. Identify actual Dana housing, splines and gear ratio before choosing a differential or overhaul kit. Pinion-preload shims require measured setup; ...

Find Plymouth Road Runner brake and suspension parts for your restoration or chassis upgrade. Use exact production and installed axle/brake equipment to compare service parts with complete conversion systems. Rear Four-Link Planning The QA1 R153-175 reference identifies a single-adjustable 1968–1970 Mopar B-Body rear system for an 8-3/4-inch housing. Confirm chassis and housing support rather than extending that version to a Dana axle. Review springs, shocks, brackets, fabrication and installation requirements in the exact kit instructions. Compare complete system contents before ordering supporting components. Brake and Damper Service Match caliper/bracket, rotor and master-cylinder bore/outlets to the current brake system. Shared Charger, Imperial or Cordoba titles need exact installed-assembly support. Select front and rear dampers by chassis application, mounts and travel. For drum hardware and pads, confirm service axle/side, geometry and complete package contents. Choose Your ...

Explore Plymouth Satellite brake and suspension parts for the installed chassis and axle. Record production and conversion details before choosing hydraulic service or a complete rear suspension system. Four-Link System Selection QA1 R153-175 identifies a 1968–1970 B-Body single-adjustable rear system for an 8-3/4-inch housing. Confirm the exact chassis/housing combination and supporting kit contents. Review spring and shock specification, brackets and installation scope. A system reference should not be treated as an individual replacement damper. Hydraulics and Brake Hardware Match master-cylinder bore, mounting and outlet fittings to the complete installed brakes. For calipers, confirm bracket/rotor geometry and service side. Compare drum hardware by actual assembly, axle and package contents. Select dampers separately by mounts, travel and supported production/chassis application. Choose Your Part Identify production, axle housing and current brakes. Confirm exact four-link ver...

Find Plymouth Superbird engine and chassis-service parts for the actual installed configuration. Confirm engine, cylinder heads, transmission and suspension before choosing shared Mopar references. Engine Sealing and Bearings Match Gen-2 Hemi MLS gasket bore, compressed thickness and exact engine/head support. Review sealing-surface preparation with the builder before selecting the gasket. Rod and camshaft bearings require correct engine-family and bearing-position support. Use measured dimensions and required clearances rather than broad displacement-family wording alone. Clutch, Ignition and Dampers A Mopar 340 clutch reference must be checked against the actual crank/flywheel, input spline and release arrangement. It is not established Superbird fit by model name alone. Verify camshaft/lifter compatibility, full XR5 plug specification and wire terminals/routing. Select dampers by exact chassis support, position, mounts and travel. Choose Your Part Identify actual engine, heads a...

Compare Plymouth VIP engine and chassis-service parts using installed engine, transmission and suspension details. Confirm production and conversion history before selecting shared Mopar references. Engine Sealing and Bearings Match Chrysler B/RB MLS gasket application, bore and compressed thickness to actual engine/heads. Review the required sealing-surface preparation with the builder. Broad V8 rod-bearing references require exact engine/crank, measured journal dimensions and specified clearance. Hydraulic lifters need supported camshaft/engine application and total quantity. Clutch, Ignition and Dampers A Mopar 340 clutch needs complete crank/flywheel, input-spline and release-system compatibility. Do not transfer a clutch application by badge alone. Select wire sets by current distributor/coil ends, plug terminals and routing. Match rear dampers to actual mounts, travel and supported chassis application. Choose Your Part Record production and actual engine/transmission. Confirm...

Find Pontiac Firebird brake and engine-upgrade parts by generation and installed powertrain. Separate TPI, LT1 and LS applications before choosing throttle, fuel or accessory-drive components. Brake Upgrades by Chassis The Baer 4301678R Classic Series reference supports 1982–1992 Camaro/Firebird front applications. Review its spindle/system contents and use the exact clearance template with your wheels. Earlier F-Body and later 1998–2002 rear-rotor references are separate selections. Match axle, caliper and rotor geometry; an A-Body kit title does not establish every Firebird installation. Throttle and Engine Interfaces Compare TPI regulator and LT1/LS throttle-body references against exact engine, intake flange, throttle actuation and sensor connections. Twin 52/58mm and 85mm descriptions are not universal alternatives. For an LS-family engine damper, verify crank attachment, balance and accessory-drive alignment. Include engine/intake swaps and current part numbers in the applicat...

Find Pontiac Grand Am body, brake and EFI upgrade parts by production, body style and installed engine. Separate two-door conversion equipment from other body applications. Door and Window Applications The displayed Vertical Doors reference specifies 1999–2005 Grand Am two-door. Confirm the exact body and kit instructions, including clearances and supplied installation components. Alero coupe and four-piece deflector references require exact Grand Am body/year support. Check window shape and mounting method rather than assuming shared body-family fit. Brakes and EFI Requirements Match front calipers by service side, bracket, rotor and hydraulic connection. Regal references need exact installed Grand Am assembly support. Compare single-nozzle and dual-stage EFI packages by engine/intake, fuel supply, controls and plumbing requirements. Review bottle options and contents without treating a rated range as guaranteed output. Choose Your Part Identify production, body style and actual e...

Find Pontiac Grand Prix brake, body and engine-upgrade parts by exact generation and installed powertrain. Earlier chassis brake systems and later door conversions require separate selections. Chassis and Body Applications For 1978–1988 GM brake-kit references, confirm exact Grand Prix chassis/spindle support and use the wheel-clearance template. Review front/rear system and parking-brake contents independently. The displayed door-conversion reference specifies 2004–2008 Grand Prix. Confirm exact body, preparation, clearances and complete kit instructions. LS Injection Plate Requirements A 102mm LS nitrous or injection plate needs a supported installed intake/throttle-body flange and exact system compatibility. Do not assume every Grand Prix uses that arrangement. Compare a complete bottle-equipped kit with a plate or conversion component. Verify fuel/control requirements, plumbing and separately needed components before ordering. Choose Your Part Identify generation, body and inst...

Find Pontiac GTO brake, engine-drive and gauge-mounting parts by exact generation and installed powertrain. Separate classic A-Body applications from later LS-equipped or converted cars. Classic Brake and Instrument Applications Match classic brake kits to exact chassis/spindle and use the wheel-clearance template. Review rotor size, stud/hub and hydraulic requirements as part of the complete system. AutoMeter’s 1968 GTO/LeMans panel provides two 3-3/8-inch and four 2-1/16-inch gauge openings. A panel or pod is not a complete instrument package unless gauges and supporting components are expressly included. LS Throttle and Damper Interfaces An 85mm LS1 throttle-body reference needs supported engine/intake flange, throttle actuation and sensor connections. Bore size alone does not identify suitability for every GTO. Match LS-family dampers by crank/balance and accessory-drive alignment. A drill/pin kit is supporting hardware/tooling, requiring its own exact installation application. ...

Find Pontiac LeMans brake, suspension and instrument-mounting parts by exact generation. Confirm production, chassis and installed brakes before comparing classic GM upgrade references. Brake Kits and Wheel Clearance Match A-Body kit references to exact LeMans chassis/spindle support. Review hub/studs, hydraulic requirements and the specific kit’s wheel-clearance template. Different rotor diameters and caliper families are complete application choices, not universal substitutes. Select pads for the actual caliper/rotor and intended use. Dampers and Gauge Panel Fit Match front/rear dampers by supported production, mounts and travel. Shared early and later GM references should be checked independently. For the 1968 AutoMeter GTO/LeMans panel, review two 3-3/8-inch and four 2-1/16-inch openings. Compare panel-only contents with complete gauges, senders and wiring required for the installation. Choose Your Part Identify generation, production and installed chassis. Confirm brake-kit sp...

Compare Pontiac Phoenix brake, suspension and powertrain parts by exact production and chassis. Confirm generation and installed equipment before choosing shared X-Body or other GM references. Handling Kits and Adjustable Shocks For a 1975–1979 X-Body handling-kit reference, confirm exact chassis support and the supplied components. The displayed without-shocks option requires a separate damper selection. Compare single- and double-adjustable rear shocks by mounts, compressed/extended dimensions and supported application. Dimensions and adjustment type alone do not establish vehicle fit. Brake and Engine Interfaces Match caliper/rotor or complete brake-kit geometry to actual spindle/hub equipment. Use the exact wheel-clearance template; Apollo or Camaro references need verified Phoenix support. Wire sets require current engine/ignition terminals and routing. Camaro clutches and molded coolant hoses need exact drivetrain or connection/routing support rather than assumed shared fit. C...

Find Pontiac Tempest brake and suspension parts by exact generation and installed chassis. Confirm production, spindles and current brake equipment before selecting classic GM upgrade systems. Brake-System Selection Match A-Body and other kit references to exact Tempest chassis/spindle support. Review hub/studs, hydraulic requirements and the specific wheel-clearance template. Rotor diameter or caliper family alone does not establish complete compatibility. Compare kit contents and supporting installation requirements for the intended system. Front and Rear Damper Applications Select dampers by exact production/chassis, service position, mounts and travel. Early and later shared GM applications should be checked independently. Include ride-height changes, replacement arms or other suspension conversions in the enquiry. Review mounting hardware and whether each listing supplies one unit or a set. Choose Your Part Identify generation, production and actual chassis. Match brake spindl...

Find Pontiac Ventura brake and chassis parts by exact production and installed assemblies. Confirm chassis, spindle and suspension details before comparing shared GM systems. Brake Kits and Friction An A-Body/F-Body brake-kit reference requires exact Ventura spindle/chassis support; do not infer fit from general GM naming. Use the specific kit’s wheel-clearance template. Match drum dimensions or pad/caliper geometry to actual brakes. HP+ and Redstuff choices require the correct shape/application before comparison of intended compound use. Subframe and Suspension Requirements For a 1968–1972 X-Body connector reference, confirm exact chassis and mounting support, fabrication requirements and clearance in the instructions. It is a chassis component, not a complete suspension kit. Select front/rear dampers by mounts, travel and supported chassis. Match oil-filter thread, gasket and actual engine independently from broad GM-family labels. Choose Your Part Identify production, chassis an...

Shop Weld Racing drag wheels and forged off-road wheels at Black Ops Auto Works. Find RT-S, S71, S77, RTX, Solana, Laguna, Belmont, Ventura, Ridge, and Swift wheel designs for Ford Mustang, Chevrolet Camaro, Corvette, Dodge Challenger, Silverado, F-150, Super Duty, Jeep, and other performance vehicles. Weld Racing Drag Wheels Weld Racing wheels are built for performance-focused street, strip, and track applications. Choose from narrow front runners, wider rear drag wheels, staggered setups, and vehicle-specific wheel configurations. Weld RT-S, S71, S77, and RTX Wheels Weld Racing drag wheel families include RT-S, S71, S77, and RTX designs for selected American performance applications. Confirm the exact bolt pattern, wheel size, width, backspacing, offset, hub bore, and brake clearance before ordering. Weld Solana, Laguna, Belmont, and Ventura Wheels Solana, Laguna, Belmont, and Ventura wheels provide drag-focused options in front runner, rear, beadlock, and street and strip configu...

Shop Wheels at Black Ops Auto Works a construction-focused collection covering cast wheels and forged wheels for cars, trucks, SUVs, off-road builds, track cars, show builds, and daily drivers. This collection filters by wheel construction method, making it the fastest way to shop when you already know whether you want the strength and light weight of a forged wheel or the value and OEM-plus styling of a cast wheel. Featured wheels include Factory Reproductions cast replica wheels for Dodge Hellcat, Ram Truck, Jeep Trackhawk, Ford F-150 Harley, Camaro ZL1, C7 Corvette Z06, GMC Sierra, GMC Denali, and Chevrolet Silverado platforms, along with forged and rotary-forged wheels from Avant Garde Wheels in signature M-series designs. Cast wheels are the most common wheel construction method on the market, produced by pouring molten aluminum into a mold. Cast wheels dominate the OEM and OEM-plus replica segment because they combine solid daily-driver strength with the lowest production ...

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 ...

Forged wheels for performance cars, SUVs, and trucks are stocked at Black Ops Auto Works. Shop monoblock and multi-piece forged aluminum wheels from Vossen, Avant Garde, and Niche for Jeep Grand Cherokee, Dodge Durango, and a wide range of performance and luxury SUV and truck platforms in deep face, gloss black, satin black, satin bronze, and gunmetal finishes. Every product is filterable by year, make, model, trim, and bolt pattern so the correct wheel ships the first time. Black Ops Auto Works carries 768 forged wheel SKUs across sizes, offsets, and finishes. What This Category Covers Forged wheels are manufactured by pressing and machining aluminum billet under high pressure, producing a wheel with a tighter grain structure, higher strength-to-weight ratio, and greater durability than a cast alternative. This category covers monoblock and multi-piece forged wheel designs sized from 18 to 26 inches, built for SUV, truck, and performance car fitments that demand both strength a...