You are here: Home / Product / Drive Shaft / For Japanese Car / Auto Parts Drive Shaft For Mitsubishi Pajero L200 3815A307 3815A308

Spare Parts Drive Shaft For Honda CR-V 44306-S10-000 44305-S10-000

Auto Parts Drive Shaft For Mitsubishi Pajero L200 3815A307 3815A308

OE No. : 3815A307 3815A308

MOQ : 2 PCS

Warranty : 30,000-60,000 KM

Delivery Time: 3-5 days In Stock

Quantity:
Availability:





Inquire Add to Basket

Model:
3815A307 3815A308

Application

Automotive System	Auto Transmission Parts
Item Name	Drive Shaft / CV Axle
OEM Number	3815A307 3815A308
Car Model	For Mitsubishi Pajero L200 KB4T KB5T KL3T
Vehicle Capacity	2.5L / 3.5L
Car Year	2005-
Fitting Position	Left / Right

Product Overview

As a premier manufacturer and supplier of automotive drivetrain components, we present the Auto Parts Drive Shaft For Mitsubishi Pajero L200 3815A307 3815A308. Engineered for heavy-duty applications, this CV axle ensures seamless torque transfer and exceptional load tolerance. Designed for volume procurement, it delivers consistent operational stability for demanding terrains.

Direct manufacturer sourcing with robust production capacity
Optimized specifically for high-torque SUVs and pickup trucks
Strict dimensional accuracy adhering to original equipment standards
Engineered to reduce post-installation maintenance and technical support needs

Drive Shaft

The Auto Parts Drive Shaft For Mitsubishi Pajero L200 3815A307 3815A308 is meticulously forged to resolve the most demanding power transmission challenges faced by heavy-duty vehicles. When handling this CV axle, the sheer weight and the flawlessly machined surface speak volumes about its robust construction and premium 40Cr/45Cr steel composition. It is designed to eliminate the frustrating vibrations and harsh clunking sounds often associated with inferior drivetrain components, ensuring a whisper-quiet, buttery-smooth ride even under severe load changes. By integrating an advanced angled groove channel and a specially optimized curvature structure, this drive shaft distributes mechanical stress evenly, drastically reducing internal friction and thermal buildup. For procurement managers and assembly partners, this translates to a dramatic drop in warranty claims and a significant boost in end-user satisfaction. The dense, pliable texture of the proprietary rubber boot seals in the high-performance grease while locking out abrasive grit and moisture, guaranteeing uninterrupted performance from freezing mountain passes to scorching desert trails.

Optimized Curvature Design for Efficient Torque Transfer

GJF drive shafts utilize a specially optimized curvature structure that minimizes damping loss during rotation. This structural design improves transmission efficiency, allowing torque to be delivered more smoothly from the drivetrain to the wheels.

For heavier vehicles such as Pajero and L200, this design helps reduce vibration, enhance driving comfort, and lower internal stress on the CV joint, contributing to a longer service life even under frequent load changes.

Angled Groove Channel with Higher Load Capacity

The internal raceways of the CV joint feature an angled groove channel design, enabling more effective force distribution during acceleration and off-road driving. Compared with conventional groove structures, this design significantly improves load-bearing capability and operational stability.

This feature is particularly suitable for SUVs and pickup trucks that require reliable performance under heavy-duty and uneven road conditions.

One-Time Machining for High Concentricity

GJF applies a one-time machining process to the spline and threaded sections of the drive shaft. By completing these critical dimensions in a single operation, concentricity is better controlled and dimensional deviation is minimized.

Advantages for customers include:

Reduced vibration and abnormal noise
Easier and faster installation
Stable quality across every production batch
Lower return and warranty rates

This process ensures each drive shaft meets strict dimensional and performance requirements.

Durable Materials and High-Performance Lubrication

The CV joint components are produced using specialized steel materials combined with optimized heat treatment processes. This enhances internal strength and resistance to wear under high torque conditions.

Each drive shaft is filled with high-performance grease designed to function reliably across a wide temperature range:

Operating temperature: -40°C to 150°C
Stable lubrication under high load
Reduced friction and heat accumulation

This ensures smooth operation and long-term protection in various climates and working environments.

Proprietary Boot Material for Harsh Conditions

The protective boot is manufactured using GJF's self-developed material formulation, offering excellent resistance to extreme temperatures, aging, and deformation. The boot maintains flexibility in cold environments while remaining stable under high heat and continuous movement.

This advanced sealing system effectively prevents grease leakage and protects the CV joint from dust, water, and contaminants, ensuring reliable performance in both urban and off-road conditions.

Enhanced Assembly and Safety Inspection

To ensure product safety and durability, GJF drive shafts undergo an additional anti-pull-out assembly process. Each unit is then subjected to 100% full inspection testing to verify joint integrity and secure assembly.

This strict inspection procedure minimizes potential safety risks and ensures dependable performance throughout the product's service life.

Quality Control and Manufacturing Standards

From raw material selection to final packaging, GJF implements comprehensive quality control procedures, including:

Incoming material inspection
Dimensional accuracy verification
Dynamic balance testing
Assembly torque checks
Final visual and functional inspection

These measures guarantee consistent quality and reliable performance for global customers.

Export Packaging and Protection

To protect products during transportation and storage, GJF uses reinforced export-standard packaging:

Inner kraft paper wrapping
Foam positioning to prevent movement
Installation instructions included

This packaging system reduces damage risk and improves delivery reliability for international shipments.

Why Choose GJF Drive Shafts?

Designed for SUVs and pickup trucks with higher load demands
Stable quality for long-term supply cooperation
Reduced after-sales and warranty risk
Compatible with global aftermarket requirements
Trusted by international distributors and partners

Contact GJF Auto Parts

Looking for a reliable drive shaft supplier for Mitsubishi Pajero or L200?
Contact GJF Auto Parts We are ready to support your aftermarket worldwide.

GJF Factory Ability

We believe in complete transparency regarding our engineering and supply capabilities. Below are detailed answers to the most common technical and operational inquiries regarding our drive shaft components.

How does the angled groove channel improve the performance of this CV axle?

The angled groove channel optimizes the distribution of contact forces within the joint. Instead of concentrating stress on a single point during high-torque events, the force is spread evenly across the raceway. This significantly reduces internal wear, minimizes heat generation, and ensures smoother power delivery, especially during heavy-duty towing or off-road articulation.

What makes your proprietary boot material superior to standard rubber?

Standard rubber boots often become brittle in sub-zero temperatures or degrade rapidly under high engine heat. Our self-developed formula is chemically engineered to remain highly elastic at -40°C and structurally stable up to 150°C. This prevents the micro-tears and cracking that typically lead to grease leakage and premature joint failure.

Can this drive shaft accommodate the specific torque requirements of the 3.5L engine variant?

Absolutely. The utilization of 40Cr/45Cr high-strength steel, combined with our advanced heat treatment process, provides the necessary torsional rigidity to handle the aggressive power output of the 3.5L engine. It is rigorously tested to withstand sudden torque spikes without shearing or deforming under pressure.

How do you ensure dimensional consistency across large procurement volumes?

We employ a one-time CNC machining process for all critical dimensions, including the splines and threads. By completing these cuts in a single operation without re-fixturing the component, we eliminate alignment errors. Furthermore, our IATF 16949-certified quality control system mandates strict dynamic balance and dimensional checks on every production batch.

What measures are taken to protect the drive shafts during international transit?

We utilize a multi-layered export packaging strategy. Each axle is tightly wrapped in moisture-resistant kraft paper and then immobilized within the carton using custom-cut high-density foam positioning blocks. This prevents any internal movement or metal-to-metal contact, ensuring the product arrives in flawless, ready-to-install condition regardless of the shipping distance.