Fidanza 90-03 Mazda Miata / 90-98 Protege 1.8L Silver Cam Gear

Shop adjustable cam gears, cam sprockets, and slide cam pulleys for precise camshaft timing control in performance engines. This collection includes application-specific timing components for Honda and Acura B-Series, D-Series, H-Series, F-Series, K20 and K24 engines, Mitsubishi 4G63, Subaru EJ, Nissan SR20 and RB engines, Toyota 1JZ, 2JZ, 4A-GE and 7M platforms, Mazda Miata applications, Ford modular engines, and other popular builds. Choose performance cam gears from HKS, GReddy, Brian Crower, Skunk2 Racing, BLOX Racing, AEM, Fidanza, Torque Solution, and COMP Cams. Available products include single gears, intake and exhaust pairs, complete multi-gear sets, non-VVT applications, AVCS-compatible hardware, and replacement cam gear bolts. What Do Adjustable Cam Gears Do? An adjustable cam gear changes camshaft timing in small measured increments relative to crankshaft position. Advancing or retarding the cam can move the engine's torque curve, change boost response, and help an e...

Shop performance camshafts, adjustable cam gears, cam seals, cam covers, and related valvetrain components for import and domestic engine builds. This collection brings together application-specific parts for Honda and Acura B-Series, D-Series and K-Series engines, Subaru EJ platforms, Mitsubishi 4G63, Toyota 1JZ, 2JZ and 3S-GTE, Nissan SR20, RB26 and VR38, Hyundai G4KF, Ford Coyote and Predator engines, and additional performance applications. Choose from street, forced-induction, high-RPM, and competition-oriented components by GSC Power-Division, Brian Crower, Skunk2 Racing, HKS, GReddy, BLOX Racing, Ford Performance, COMP Cams, Manley, Supertech, and other respected manufacturers. Product requirements vary, so the correct choice depends on engine code, cylinder-head configuration, cam position, timing system, intended RPM range, and supporting modifications. Performance Camshafts for Street and Race Engines A camshaft controls when each valve opens, how far it lifts, and how l...

Shop automotive engine parts, cooling-system components, oil-system upgrades, ignition parts, pulleys, sensors, gaskets, fuel components, and engine-bay accessories at Black Ops Auto Works. This collection covers vehicle-specific replacement parts, performance upgrades, supporting hardware, and universal components for street cars, trucks, SUVs, Jeeps, diesel vehicles, off-road builds, and motorsport applications. Engine Parts and Performance Components The Engine collection brings together components used throughout the engine, lubrication system, cooling system, ignition system, fuel system, crankcase ventilation, accessory drive, and engine compartment. Available products range from replacement sensors and gaskets to rotating-assembly parts, performance cooling systems, supercharger pulleys, catch cans, cylinder heads, camshafts, intake manifolds, and engine-bay dress-up components. Engine compatibility cannot be determined from vehicle model alone. Confirm the exact year, make, ...

Shop Fidanza lightweight aluminum flywheels, replacement friction kits, short-throw shifters, adjustable cam gears, and installation hardware at Black Ops Auto Works. The Fidanza collection supports a wide range of import, domestic, European, and classic vehicle applications. Browse parts for select Acura, BMW, Chevrolet, Ford, Honda, Mazda, Mitsubishi, Nissan, Porsche, Subaru, Toyota, Triumph, and other platforms. Fidanza products are application-specific performance components. Correct selection depends on more than the vehicle name alone. Confirm the exact year, engine, transmission, clutch configuration, dimensions, and Fidanza part number before ordering. Fidanza Lightweight Aluminum Flywheels Fidanza aluminum flywheels are designed to reduce rotating mass compared with many original cast-iron flywheels. Lower rotating mass can allow the engine to change speed more readily, which may sharpen throttle response and rev matching. The resulting driving characteristics depend on the...

Choose Ford Escort brake-service components by year, body, trim and installed brake assembly. Shared Mazda applications require exact axle and friction checks rather than assumed interchange. Rear Brake Fit and Compound Choice Identify rear caliper, pad shape, thickness and rotor dimensions. Confirm the exact manufacturer application for the selected component. Compare race-compound operating guidance with actual use. Dedicated motorsport friction should not be treated as a universal road upgrade. Hardware, Quantities and Wheel Accessories Check pad axle-set contents, rotor quantity and separate fitting hardware. A shared front/rear or cross-model listing does not establish a complete vehicle service kit. For a wheel cap or cabin accessory, compare actual wheel retention dimensions or floor coverage. The Ford name alone does not establish those interfaces. Choose Your Part Record year, body and trim. Identify caliper and rotor dimensions. Compare compound with intended use. Review ...

Choose Mazda Miata gauge mounts and engine accessories by generation, interior layout and installed engine. A-pillar pods and crankshaft dampers have very different application requirements. Gauge Pods and Interior Mounting Compare the model-year range, pillar shape and gauge count. Single, dual and triple pods provide different arrangements; 52mm and 2-1/16-inch references still require the exact gauge and mount dimensions to agree. Review attachment instructions, wiring clearance and the interior safety equipment before installation. The pod is a mounting component and should not be assumed to include gauges or sensors. Crankshaft Damper Configuration For a 1.8L damper application, compare belt grooves, pulley alignment and the trigger-wheel arrangement. Options described with and without an OEM trigger wheel require separate selection. Confirm whether the stated belt guide is included and which existing components must be retained. An engine conversion needs review against the ac...

Explore Mazda MX-5 Miata intake, exhaust and brake options by generation and engine. Keep earlier 1.8L damper configurations separate from later 2.0L intake and chassis applications. Intake and Axle-Back Exhaust Choices Compare an intake’s exact year and engine coverage, heat-shield contents and sensor connections. Polished and black finishes should be compared only after the underlying part application is established. For a single-exit axle-back exhaust, check rear-section connections, outlet position, material and supplied hardware. Confirm clearance and compatibility with the existing exhaust and body configuration. Dampers and Brake-Service Details Damper selection depends on crankshaft application, belt grooves, pulley alignment and trigger-wheel configuration. A 1.8L damper reference is not a substitute for identifying a later 2.0L engine’s drive arrangement. Match rotor geometry and caliper package separately at each axle. For a brake hose, identify left/right and front/rear ...

Compare Mazda Protege intake and gauge-mount options using the exact engine, body and interior configuration. Turbo Mazdaspeed and other Protege intake applications need separate selection. Turbo and Other Intake Applications Identify whether the vehicle retains its original engine and induction system. Compare the specific Protege5/MP3 and Mazdaspeed turbo intake applications rather than transferring coverage between them. Review tubing route, sensor provisions, mounting brackets and filter location. Existing turbo or engine-management changes need manufacturer review before a replacement intake is selected. Gauge Mounts and Brake Decisions For a triple-pillar gauge mount, compare the stated year range, pillar shape, gauge dimensions and attachment requirements. Confirm that gauges, sensors and wiring are included or source them separately. For brake service, match the installed caliper and pad shape before choosing compound. A dedicated race pad should be assessed by its intended ...