English
33220-37020
for Toyota Coaster Dyna Toyoace
0.3kgs
| Availability: | |
|---|---|
| Quantity: | |
Shifting fork is a critical internal component within a manual or automated manual transmission, responsible for physically engaging and disengaging gears. Typically made from stamped steel or cast iron, it features prongs that fit into the groove of a synchronizer sleeve or sliding gear. When the driver moves the shift lever, the motion is transferred via shift rails to the fork, which then slides the synchronizer assembly axially. This action locks the selected gear to the output shaft, establishing the desired gear ratio. Its precision and durability are vital for ensuring quick, accurate, and reliable gear changes while preventing accidental disengagement under load.

1. Manufactured according to the original vehicle dimensions, enabling perfect replacement of original parts.
2. 12-month quality guarantee service from the date of customer receipt.
3. Small-batch orders are acceptable (retail orders excluded).
4. Focusing on Japanese and Korean models, including Toyota, Mazda, Isuzu, Mitsubishi, Hyundai, Kia, etc.
5. Customizable packaging
Application Field | Drive Method | Core Demand | Typical Material |
Consumer MT | Human (Cable/Linkage) | Low Cost, Clear Feel, Durability | Stamped Steel, Ductile Iron |
AMT / Auto Trucks | Electric/Hydraulic Actuators | Control Precision, Speed, Automation | High-Strength Steel, Aluminum Alloy |
Racing / Moto | Mechanical Cam/Drum | Extreme Lightweight, Impact Resistance, Speed | CNC Aluminum, Titanium |
Construction Mach. | Direct Hydraulic Drive | High Torque Capacity, Harsh Environment Adaptability | Alloy Steel (Surface Hardened) |
Material Specifications
Low-Carbon Alloy Steel: SAE 8620 (20CrMnTi), SAE 4120. Suitable for carburizing; offers a tough core and hard surface.
Medium-Carbon Structural Steel: SAE 1045 (45#), SAE 4140. Suitable for induction hardening; lower cost, used for light-duty or commercial applications.
High-Strength Aluminum Alloy: 7075-T6, 6061-T6. Reserved for racing or ultra-lightweight designs (requires hard anodizing or coatings).
Powder Metallurgy (PM): Iron-based PM. Ideal for high-volume, complex shapes, and low-cost passenger car applications; can be oil-impregnated for self-lubrication.
Heat Treatment & Surface Finish
Carburizing & Hardening
Application: Alloy steel forks.
Surface Hardness: 58 – 64 HRC (contact surfaces and fork fingers).
Core Hardness: 30 – 45 HRC (ensures impact toughness).
Effective Case Depth (ECD): 0.6 mm – 1.2 mm (depends on module and load).
Induction Hardening:
Application: Medium-carbon steel forks.
Hardness: 50 – 58 HRC (limited to contact areas).
Characteristics: Minimal distortion, high efficiency, but shallower case depth.
Surface Treatments:
Phosphating: Black or gray phosphate coating to improve initial break-in performance and rust resistance.
In the highly competitive automotive after-sales market, the core competitiveness of our shift lever lies in the combination of professionalization and flexibility: we focus on the segmented track of Japanese and Korean vehicle models, and achieve higher product matching accuracy through in-depth research on the characteristics of the brand's transmission system; at the same time, we break the limitation of large minimum order quantity of traditional auto parts manufacturers, support small-batch orders, and provide customizable packaging and perfect warranty service.
Whether you are a repair shop pursuing installation efficiency, a distributor focusing on market demand, or a modification workshop paying attention to product quality, our shift lever can meet your personalized needs with OEM-level quality, flexible procurement terms and targeted after-sales support. We are committed to becoming the most reliable supplier of shift levers for Japanese and Korean vehicle models in the automotive aftermarket!
Rear-end vibration during acceleration is not automatically a differential failure. It is often external to the axle assembly: tires, wheel balance, U-joints, driveshaft angle, center support bearings, yokes, mounts, or driveshaft balance. A true rear differential problem becomes more likely when th
A rear differential leak should be treated as a high-priority fault because the axle housing holds far less lubricant than an engine or transmission. A damp cover can become low gear oil, bearing heat, gear whine, and a costly rebuild if the source is missed. Most leaks still do not require a comple
No. Not every car has a separate rear differential. Most rear-wheel-drive, all-wheel-drive, and four-wheel-drive vehicles do. Most front-wheel-drive cars use a front transaxle that contains the differential function inside the transmission. That distinction matters because many ordering mistakes sta
A front-end grinding, scraping, rumbling, whirring, or howling noise can point to internal front differential damage, but it is often misdiagnosed as a wheel bearing, CV axle, brake issue, transfer case problem, tire noise, or front driveshaft fault. The sound alone does not prove the failed part. T
Many owners know a vehicle is “4WD” or “AWD” yet cannot separate the front differential, rear differential, center differential, transfer case, axle lockers, and electronic traction control. That confusion matters because each component solves a different traction problem. At axle level, the Front D
Many 4WD owners notice the front axle only after noise, leaks, steering bind, failed engagement, vibration, poor fuel economy, or a large repair quote. A front differential is the gear assembly that sends torque to the two front wheels. It also lets those wheels rotate at different speeds during tur
Traction loss during towing or mild off-road driving usually starts in the axle, not at the engine. A factory open Differential allows the left and right wheels to turn at different speeds, which is ideal in normal corners. Under load, however, it also sends torque to the wheel with the least resist
The “Positraction” scene in My Cousin Vinny made a real drivetrain issue famous. A standard Differential is necessary because the left and right wheels must rotate at different speeds in a turn. Its weakness appears when one driven tire loses grip. The slipping wheel sets the torque limit, so the ti
Choosing the right axle gearing is a fitment and drivability decision, not a parts-catalog guess. The correct Differential must match tire diameter, transmission ratios, engine powerband, axle housing, and the vehicle’s real workload. A poor match can cause slow acceleration, gear hunting, excess cr
A car differential works by transmitting engine or motor torque to two drive wheels while allowing those wheels to rotate at different speeds. That speed difference is essential in a turn because the outside wheel travels a longer path than the inside wheel. Without a differential, the axle would bi
A Hot Wheels car with a solid rear axle runs well in a straight line, then fights the track in every corner. A real vehicle faces the same problem. In a turn, the outside drive wheel travels farther than the inside drive wheel, so both wheels cannot rotate at the same speed without slipping. That is
In the realm of automotive engineering, few systems play as pivotal a role as the transmission. This complex network of components is the silent architect behind the seamless transfer of power from the engine to the road.
Aimiky Established in 2013, which is a professional manufacturer and exporter that is concerned with the design, development and production of auto parts. We are located in Wenzhou, with convenient transportation access. All of our products comply with international quality standards and are greatly
Aimiky Established in 2013, which is a professional manufacturer and exporter that is concerned with the design, development and production of auto parts. We are located in Wenzhou, with convenient transportation access. All of our products comply with international quality standards and are greatly
Aimiky Established in 2013, which is a professional manufacturer and exporter that is concerned with the design, development and production of auto parts. We are located in Wenzhou, with convenient transportation access. All of our products comply with international quality standards and are greatly
