2017 Jeep Renegade 1.6L Diesel · LS17 BKD

A developing front suspension wear pattern is the defining mechanical story of this 2017 Jeep Renegade, with both track rod end ball joint dust covers deteriorating progressively across consecutive tests before being recorded as Major failures on 18 March 2026. On that date the vehicle was presented and failed on excessively damaged dust covers at both near-side and off-side front, allowing ingress of dirt to the ball joints, before a re-test the following day resulted in a Pass. It is worth noting that the previous test on 5 March 2025 had recorded Minor defects on exactly the same components, meaning the dust covers were already showing damage twelve months earlier but had deteriorated to a Major failure category by the 2026 test. The longer-term picture prior to 2025 was relatively clean, with four consecutive passes from 2020 through 2024, but the recent trajectory shows a clear deterioration in front steering and suspension components that warrants close attention during any inspection. The recorded mileage of 34,152 miles against a nine-year vehicle age equates to roughly 3,795 miles per annum, which sits well below typical annual usage for a car of this type and suggests either extended periods of low activity or significant standing time between journeys. The MOT record shows tests conducted on an almost annual cadence from 2020 onwards, with the mileage gap between tests likely modest but consistent with light use rather than high-mileage accumulation. Mechanically, this usage profile implies slower wear on major drivetrain components but elevated risk for items that deteriorate through standing rather than use, such as perished rubber components, corroded brake calipers and seized slider mechanisms, dried suspension bushes cracking prematurely, and brake fluid absorbing moisture over time without the vehicle being exercised regularly. For a prospective buyer, the priority inspection area must be the front steering and suspension geometry, specifically the track rod ends, where the recorded dust cover failures indicate the joint internals have likely been exposed to contamination. On a test drive, listen for clonking or knocking noises from the front wheels over speed humps and uneven surfaces, check for vague or imprecise directional changes, and inspect for uneven front tyre wear particularly on the outer edges, which would suggest the joints have already begun to wear. Inspect both track rod end boots directly for tears, splits, or missing sections and check for any grease deposits around the joints; any play detected when the wheels are rocked by hand at the 9 and 3 o'clock positions would confirm joint wear and require immediate replacement. Given the all-tyres-perished advisory recorded alongside the steering failures, all four tyres should be examined closely for sidewall cracking, crazing, and tread integrity, and replacement budgeted regardless of remaining tread depth. The recurring nearside rear reflector insecurity noted across three consecutive tests should also be verified as properly secured, and a thorough check of brake caliper operation, handbrake function, and any signs of underbody corrosion or fluid leaks should be undertaken given the low-mileage standing profile of this particular vehicle.