2022 Jaguar I-Pace HSE Electricity · LS22 HLW

The defining mechanical story of this Jaguar I-PACE is a relatively sparse but unblemished MOT history, with the only recorded blemish appearing on the most recent test on 8 April 2026 in the form of an advisory regarding slight damage, cracking, or perishing on both front tyres. The vehicle passed this examination without any failure items, and the 2025 test passed with no advisories at all, giving the car a broadly stable roadworthiness profile to date. The recurrence of a tyre-side advisory at the most recent test is not unusual for a vehicle of this age and weight, and it is the sole defect item carried over from the testing record. There are no recorded advisories relating to braking components, suspension, steering, or structure, and no failures of any category have been logged. Mechanically, the narrative so far suggests that the high-voltage drivetrain, underbody, and running gear have not generated tester concerns during the recorded test cycle. Covering a four-year span with two recorded MOT tests and 36,936 miles on the odometer, this I-PACE has averaged roughly 9,234 miles per year, which is broadly typical for an EV of its profile and sits in line with the mileage context supplied. The fact that only two tests appear in the record is consistent with the vehicle being first registered in 2022 and therefore not requiring its first MOT until the third anniversary, with the second test falling due twelve months later. There are no unusual gaps in the recorded testing history and no sudden jumps in mileage between the two readings, so the usage pattern does not raise immediate red flags from a wear-rate perspective. Mechanically, an annual mileage in the high four-figure to low five-figure range for a heavy electric SUV of this calibre means the regenerative braking system should have significantly reduced conventional brake wear, but the suspension, steering bushes, and tyres will still have absorbed a proportionate amount of load over typical road surfaces, and any further test will be the first opportunity to gauge how those components have aged since the original build. For a prospective buyer, the front-tyre advisory noted at the most recent test is the most concrete area for inspection. Both front tyres were flagged for slight damage, cracking, or perishing, and on a physical examination you should look closely at the sidewalls and shoulders for any visible cracking, blistering, or cuts, as well as checking the tread depth across the full width rather than just in the central groove. Given the vehicle's kerb weight, uneven inner-edge wear is a known phenomenon on heavy EVs, so confirm there is adequate tread remaining across the full width and consider a four-wheel alignment check if there is any pull or steering off-centre. On a test drive, listen for any intrusive tyre noise over coarse surfaces, as perished sidewalls often become acoustically apparent before they are visually obvious. Beyond the advisory items, the absence of any recorded brake, suspension, or underbody advisories should not be treated as a complete bill of health, particularly on an EV where the friction brakes may have seen limited use due to regenerative deceleration. A test drive should include several firm brake applications to confirm the calipers are releasing cleanly without binding, which can manifest as a dragging sensation, uneven pulling to one side, or hot wheels after a short drive. Listen for any clonks, knocks, or creaks from the front suspension over speed humps and uneven surfaces, and pay particular attention to the steering for any notchiness or inconsistent self-centring, as these can indicate worn wishbone bushes or top mount issues. Finally, although the MOT record shows no exhaust or emissions advisories, the I-PACE is a fully electric vehicle, so confirming that the high-voltage system presents no warning messages and that the 12-volt auxiliary battery is in sound condition is prudent given that EV-specific ancillary faults would not necessarily surface within the standard MOT test scope.