2005-2009 Range Rover Sport Parking Module OEM ECU

2005–2009 Range Rover Parking Module OEM ECU (Part #: YWC500730)

Restore your vehicle’s advanced parking assistance system with this genuine Range Rover Parking Module OEM ECU (Part #: YWC500730). Designed for precise performance and reliability, this original equipment control unit ensures accurate sensor communication and seamless integration with your Range Rover or LR3’s electronic systems.

Manufactured to meet OEM specifications, the Parking Aid ECU Module helps maintain optimal safety and convenience when reversing or parking. Whether you’re replacing a faulty unit or restoring full parking assist functionality, this ECU provides dependable performance and plug-and-play installation.

Compatible Models and Engines:

• LR3 4.0L V6 A/T 4WD Base Sport Utility (2006)
• LR3 4.0L V6 A/T 4WD SE Sport Utility (2005–2007)
• LR3 4.4L V8 A/T 4WD HSE Sport Utility (2005–2008)
• LR3 4.4L V8 A/T 4WD SE Sport Utility (2005–2008)
• LR3 4.4L V8 A/T HSE Lux Sport Utility (2009)
• LR3 4.4L V8 A/T HSE Sport Utility (2009)
• Range Rover Sport 4.2L V8 A/T 4WD LE Sport Utility (2008)
• Range Rover Sport 4.2L V8 A/T 4WD Supercharged Sport Utility (2006–2008)
• Range Rover Sport 4.2L V8 A/T Supercharged Sport Utility (2009)
• Range Rover Sport 4.4L V8 A/T 4WD HSE Sport Utility (2006–2008)
• Range Rover Sport 4.4L V8 A/T HSE Sport Utility (2009)

Key Features:

• Part #: YWC500730
• Component: Parking Aid Control Module (ECU)
• OEM Quality: Genuine factory replacement for precise fit and reliability
• Function: Restores parking sensor and alert system functionality
• Compatibility: Works seamlessly with factory-installed sensors and wiring
• Plug-and-Play Installation: No programming or modification required (varies by model)

Why Choose This OEM Parking Module? The Range Rover Parking Module ECU (YWC500730) is a genuine OEM component engineered for 2005–2009 Range Rover and LR3 models. Replacing this ECU restores your vehicle’s original parking sensor performance — ensuring accurate obstacle detection, enhanced safety, and confident maneuvering in tight spaces.