Lamborghini Aventador Rear Right Driveshaft 470501204F
OEM Constant Velocity Half Shaft
Original rear right driveshaft assembly for the Lamborghini Aventador platform, engineered for extreme torque transfer, high-load cornering stability, and the unique AWD architecture of Lamborghini’s V12 flagship system.
Part number 470501204F is a genuine OEM rear axle half shaft (constant velocity driveshaft) used across Aventador LP700-4, LP720-4, and LP750-4 SV models, with revisions evolving through later production updates.
Product Details
- Original Lamborghini Aventador rear right driveshaft
- Part number: 470501204F
- OEM constant velocity (CV) axle shaft
- Rear-right drivetrain component
- Designed for V12 mid-engine AWD system
- Used on LP700-4 / LP720-4 / LP750-4 SV platforms
Engineering Perspective
The Aventador drivetrain is built around a highly unusual V12 layout where the gearbox and transfer system sit in a central tunnel, distributing power to both axles under extreme load conditions.
This rear-right driveshaft is responsible for:
- Transferring torque from the rear differential to the wheel hub
- Maintaining stability under high lateral cornering forces
- Handling extreme V12 torque delivery
- Ensuring consistent traction under launch and high-speed acceleration
Because the Aventador produces very high instantaneous torque, these CV shafts are engineered with reinforced joints and heavy-duty materials to resist torsional stress and heat buildup.
Key Features
- OEM Lamborghini specification
- High-torque CV joint construction
- Designed for extreme supercar drivetrain loads
- Rear-right axle application
- Precision balanced for high-speed stability
- Compatible with Aventador LP700 / SV variants
Ideal For
- Lamborghini Aventador drivetrain repair
- OEM restoration and replacement projects
- Accident rebuilds and suspension/driveline refurbishment
- Collector-grade maintenance
- Factory-spec mechanical preservation
Overall Impression
A critical OEM drivetrain component in the Aventador V12 AWD system — engineered to survive extreme torque, aggressive driving loads, and high-speed stability demands while maintaining the precise mechanical integrity expected from Lamborghini’s flagship supercar platform.
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