2008 Chrysler-Jeep Grand Voyager 2.8L Diesel · OY08 NCE

The 2008 Chrysler Jeeva Grand Voyager presents a concerning mechanical picture shaped by a cluster of repeated failures spanning nearly three years prior to its most recent test. The vehicle has suffered a series of consecutive MOT failures starting in May 2022, with the 2022-05-23 test marking a particularly severe breakdown involving rear brake service-brake binding, compromised rear shock absorber damping, and complete loss of parking brake function on one side. This was followed by further failures in April and May 2023 before achieving a partial pass on 2023-05-12, which carried only minor advisories rather than critical faults. While the latest result indicates the car is currently roadworthy, the cumulative weight of repeated failures—especially the brake-related and suspension-subframe issues—suggests underlying structural and component degradation that may not yet be fully reflected in the current passing status. The vehicle's mileage of 149,129 miles across approximately 18 years yields an average annual accumulation of roughly 8,285 miles, which aligns with expected usage patterns for its age. However, the distribution of test dates reveals significant gaps and clustering that warrant attention. The interval between the 2022-05-23 failure and the 2022-05-31 pass was merely seven days, suggesting either rushed inspections or a sudden deterioration in condition during that period. A larger gap exists between the 2022-05-31 pass and the subsequent 2023-04-24 failure, indicating the car sat idle for several months before being re-inspected. Most notably, the 2020-07-09 entry shows a previous failure where both front and offside stop lamps were non-functional alongside anti-roll bar play, followed immediately by another failure on the same day with additional lighting and linkage issues. These patterns point to intermittent or progressive failures rather than a single event, and the high mileage combined with these irregular intervals implies substantial wear on consumable and structural components. The suspension system represents the most consistently problematic area, with multiple failures specifically citing excessively worn lower suspension arm pins and bushes on both the nearside and offside rear positions. On the 2023-04-24 test, the nearside and offside rear lower suspension arms showed critical wear requiring immediate replacement, and the 2022-05-23 test confirmed similar damage to the nearside front lower suspension arm. When driving, the buyer should expect noticeable knocks over bumps or a hollowness in ride quality when approaching potholes, as the worn bushings allow excessive flex and poor load transfer through the suspension. Additionally, the brake system requires careful scrutiny given the documented history of rear service-brake binding and compromised parking brake function. During a test drive, pay close attention to whether the rear servo-brakes engage smoothly without pulling or sticking, and verify that the parking brake holds firmly under load—these issues could manifest as a dragging pedal or inability to keep the vehicle stationary on inclines. The anti-roll bars also show recurring problems with dust-cover degradation, which can introduce dirt into the linkage joints and affect handling stability, so inspecting the steering wheel spokes and rack assembly for signs of contamination would be prudent. Given the pattern of failures concentrated on these systems, a pre-purchase inspection focused on the rear suspension bushings, brake caliper operation, and anti-roll bar condition is strongly recommended before committing to this vehicle.