2020 Jeep Renegade 1.6L Diesel · WT69 BHY

The vehicle is currently roadworthy but the maintenance history shows a concerning trend of reactive rather than proactive repairs. The most recent test in April 2026 at 82,033 miles revealed new mechanical defects including an offside front oil leak from the drive shaft seal, steering rack inner joint play, and a damaged track rod end dust cover. While the vehicle passed, the emergence of these faults suggests that critical steering and drivetrain components are only being addressed once they reach a point of failure or during inspection. The Jeep has covered 82,033 miles in six years, averaging approximately 13,600 miles per annum. This usage is higher than the national average for a passenger vehicle and accelerates the wear on consumable components and suspension bushings. Between August 2024 at 63,148 miles and May 2025 at 70,796 miles, the vehicle covered over 7,000 miles in just nine months. This rapid accumulation correlates with the failure of anti-roll bar linkages and trailing arm bushes, which required replacement during that same period. A buyer must conduct a thorough physical inspection of the front-end assembly. The record shows a recurring issue with anti-roll bar linkages that progressed from slight play in 2024 to a total failure in 2025. The latest report of play in the steering rack inner joints indicates the steering system is now beginning to degrade, which is a costly repair if not monitored. Furthermore, the offside front drive shaft seal leak requires immediate attention to ensure oil loss does not escalate or lead to damage to the gearbox or hub. The suspension history also highlights significant wear on the rear axle, with trailing arm bushes on both sides flagged in May 2025. Given the high mileage and the history of worn brake discs, the buyer should check for signs of further bushing tearing in rubber components across the entire chassis. The May 2025 failure due to an inoperative engine management light also suggests that electrical faults may have been overlooked, which warrants a diagnostic scan to ensure no hidden codes were simply cleared without repair.