2019 Jaguar I-Pace Electricity · FL19 DME

The defining mechanical thread in this Jaguar I-PACE's MOT record centres on the front steering linkage, with a track rod end failure on the offside and a subsequent advisory on the nearside cover, suggesting the front suspension geometry is the area demanding closest scrutiny. At the most recent test on 18 March 2024 the vehicle passed, but with a minor advisory noting that the nearside front track rod end ball joint dust cover is damaged or deteriorated, though still preventing ingress of dirt. The earlier failure on 21 March 2023 recorded excessive play in the offside track rod end ball joint, a Major category defect that rendered the car unroadworthy at that point. With advisories and a failure confined to the same component family across consecutive tests, the pattern points to either wear through the joint assemblies or possible collateral damage from kerbing, and any buyer should treat the front steering as the priority inspection item. Recorded mileage of 52,805 miles over roughly seven years equates to an annual accumulation of about 7,544 miles, which sits comfortably within the typical range for a vehicle of this age and means the mechanical wear profile should be consistent with moderate daily use rather than extremes of neglect or motorway grinding. There is a notable gap in the MOT history between April 2022 and March 2023, although the mileage context suggests the vehicle was likely in regular use during that period given the accumulated miles; the gap appears administrative rather than indicative of prolonged standing. As an I-PACE, the car carries additional considerations beyond the combustion-related items flagged at test, with battery management and high-voltage system integrity being outside the scope of standard MOT inspection, meaning the mileage-based wear assessment applies principally to the suspension, brakes, tyres and steering components that are examined annually. Given the track rod end issues on both sides, a prospective buyer should begin the physical inspection with the front wheels raised if possible, checking for any free play or rotational slack in both track rod end ball joints by hand, and looking closely at the condition of the rubber dust boots for tears, perishing or grease contamination. On a test drive, listen for clonking or knocking noises from the front end over uneven surfaces, particularly over speed bumps or potholes, as worn ball joints typically announce themselves audibly before they become detectable through steering wander. Pay attention to steering returnability and any pulling to one side under braking or acceleration, as the geometry can be compromised even if individual joints presently sit within tolerance. It is also worth requesting evidence of any replacement track rod ends carried out after the 2023 failure, as the advisory on the nearside cover in 2024 may indicate that work was performed on one side but the opposite side has since developed similar deterioration. Beyond the steering, the absence of any other advisories across three tests suggests the braking system, suspension springs and bushes, tyres and underbody corrosion are all currently in acceptable condition, though the I-PACE's mass means brake discs and pads may wear faster than on lighter vehicles and warrant a physical check of pad thickness and disc lipping. With the front subframe, brake pipes and suspension arms having recorded no advisories at all, there is no historical evidence of corrosion concerns typical of some Jaguar products, which is reassuring. However, buyers should still inspect the underbody for any signs of fluid leaks from the electric drivetrain ancillaries, as these are not formally assessed at MOT but can indicate developing issues. Given the component-specific failure and advisory pattern, a pre-purchase inspection by a specialist familiar with I-PACE suspension geometry would be a prudent investment, with particular attention to whether the nearside track rod end has been renewed or merely monitored since the advisory was issued.