2022 Jaguar F-Pace Rdynam BLK D Mhev AWD A 2.0L Diesel · P88 NAC

The 2025 November MOT for this 2022 Jaguar F-Pace RDYNAM concluded with a pass despite three distinct advisories and one minor warning, revealing a pattern of recurring tyre wear and drivetrain stress rather than isolated problems. The offside rear tyres were reported worn close to legal limits with edge deformation marking (5.2.3(e)) alongside the nearside front tyre at the same critical stage, while the constant velocity boot on the nearside front drive shaft showed severe sweat deterioration inside the boot housing (6.1.7(g)(i)). This cluster of issues indicates that while the vehicle cleared the roadworthiness test, underlying mechanical and tyre health concerns remain unresolved and require attention before considering purchase. With approximately 44,929 recorded miles across four years, the average annual accumulation sits at roughly 11,232 miles per year, which aligns with typical usage expectations for a model of this age. There are no apparent extended lay-up periods or sudden mileage spikes in the available history; the progression appears steady rather than erratic. However, the distribution of wear between the front and rear tyres—with both sets showing edge damage—suggests that either the driving pattern has been particularly harsh on certain axle configurations or that the original tyre specification does not match current road demands, prompting the need for closer scrutiny regardless of the overall mileage figure. The offside rear tyres and nearside front tyre both exhibit edge wear consistent with 5.2.3(e) advisories, which typically manifests as uneven tread wear concentrated along the outer shoulder and may cause a pulsating ride or reduced grip during cornering. During a test drive, pay particular attention to whether the car handles smoothly through bends and whether the rear end feels loose or pushes outwards when accelerating or braking hard. The nearside front tyre situation mirrors the rear condition, so inspecting it for identical edge damage will confirm the pattern and indicate that a full tyre set should be evaluated for replacement given the proximity to legal limits. The nearside front drive shaft constant velocity boot showing severe sweat deterioration is a critical finding that warrants immediate physical examination; the boot's deterioration often leads to play in the CV joint, which can produce a clicking or thudding noise under load and may allow contaminated fluids to enter the bearing. On the test drive, listen for any clunking or grinding sounds when turning or lifting off the throttle, and note whether the steering feels loose or vague through the wheel. Additionally, because the front tyres are also worn close to their legal limit, perform a tactile check for soft spots or uneven contact patches, as they could contribute to the CV boot issue if the tyres are excessively deflated or damaged, potentially affecting both handling and the longevity of the suspension components.