2023 Jaguar I-Pace HSE Black Electric · OO04 GWS

A 2023 Jaguar I-PACE with this profile carries an unusually brief DVSA test history, and the single recorded examination on 10 April 2026 returned a pass with no advisories or defects noted. While a clean pass is the ideal outcome for any vehicle, the picture here is necessarily narrow: only one MOT has been carried out, so there is no multi-year trend of component wear, no developing advisories to monitor, and no historical failure points against which to gauge the car. For a prospective buyer, this means there are simply no DVSA-flagged issues to react to at present, but equally no body of evidence demonstrating sustained roadworthiness over several test cycles. The absence of recorded brake, tyre, suspension, or corrosion advisories on this first test is encouraging but should be treated as a snapshot rather than a proven track record. The recorded mileage of 20,357 miles against an April 2026 test on a 2023 registration equates to roughly 6,786 miles per year over the car's life, which is broadly in line with average UK usage for a premium EV of this age. There are no unusual gaps between tests suggesting extended periods off the road, nor any evidence of rapid mileage accumulation that might point to heavy commercial or long-distance touring use. Mechanically, an average annual mileage on an electric vehicle of this vintage is relatively gentle on the drivetrain, regenerative braking system, and high-voltage components, although suspension and steering components still experience wear from road inputs regardless of how the propulsion system is used. Tyres on a heavy EV like the I-PACE are particularly prone to shoulder wear, and brake discs can suffer from surface corrosion if the regenerative system does the majority of deceleration. With no advisories to act on, the buyer should focus the inspection on areas that commonly affect a three-year-old I-PACE but fall outside MOT scope or develop between tests. Pay close attention to the condition of the alloy wheels for kerbing damage and check all four tyres for even shoulder wear, as the vehicle's mass places high load on the contact patches and inconsistent wear can point to alignment or suspension geometry issues. On a test drive, listen for any clonks or thuds from the front suspension over speed humps and uneven surfaces, particularly from the upper and lower wishbones and anti-roll bar bushes, which are known wear items on this platform. Steering should feel precise and self-centring without vibration through the wheel, and any pull to one side under braking or acceleration warrants further investigation into the braking system or wheel alignment. Inspect the underside of the vehicle, paying particular attention to the front subframe mounting areas and any exposed steel components for early signs of surface corrosion, especially given the prevalence of winter road salt in the UK. The brake discs, although lightly used thanks to regeneration, can develop a lip of corrosion at the outer edge or a rough surface texture that produces judder under pedal application, so test the brakes firmly from speed and feel for any vibration through the pedal or steering wheel. Check that all warning lamps extinguish promptly after the ignition sequence and confirm the high-voltage system shows no fault messages on the driver information panel. Finally, verify that all charging cables and the 12V auxiliary battery are present and in serviceable condition, as the 12V battery on these vehicles is known to degrade and can produce a range of electrical anomalies when weak, even though such faults would not appear on an MOT record.