2021 Jaguar E-Pace R-DYN BLK D Mhev AWD A 2.0L Diesel · B22 WMG

With only three MOT entries on file spanning a single year of testing and largely empty of recorded defects, this 2021 Jaguar E-Pace presents a roadworthiness profile that is more notable for what is missing than for any flagged issues. The most recent test on 1 December 2025 recorded a clean pass with no advisories, following an unusual failure six days earlier on 25 November 2025 that also listed no defects, which strongly suggests an administrative or retest-with-correction scenario rather than a genuine mechanical rejection. The earlier December 2024 pass was likewise free of advisory entries, leaving the documented test record essentially without diagnostic information on wear items such as brake component condition, suspension bushing integrity, tyre tread depth, or underbody corrosion. For a prospective buyer, this absence of advisories does not equate to a verified clean bill of health; it simply means that on the day of testing, none of the inspected items crossed the fail threshold or warranted a recorded advisory note. The recorded mileage of 46,776 miles across a vehicle of approximately five years implies an annual accumulation of around 9,355 miles, which sits comfortably within the expected range for a privately used family crossover of this type and does not indicate either excessive long-distance use or extended periods of standing. The single-year MOT testing window on file limits the ability to track mileage progression between tests, so there is no granular evidence of any sharp annual increases or unusual gaps in usage. From a mechanical standpoint, this moderate mileage on a relatively complex vehicle fitted with the mild-hybrid electrical architecture and all-wheel-drive system suggests that the major driveline components, turbocharger, and MHEV ancillary hardware should still be well within their service life, while consumables such as brake pads, discs, and tyres will have experienced proportionately average wear consistent with the mileage accumulated. Given the lack of component-specific advisories in the recorded MOT history, buyer-side due diligence needs to focus on areas commonly prone to wear on the E-Pace platform and which would not necessarily appear on test records until they are already significantly degraded. The rear suspension multi-link setup is known to develop play in the lower control arm bushes and trailing arm bushings, so on a test drive listen for clonking or knocking noises from the rear axle over speed humps and uneven surfaces, and feel for any vagueness or tramlining through the steering during high-speed cornering which could indicate front wishbone or anti-roll bar link wear. The all-wheel-drive system and Haldex-style coupling should be evaluated by performing tight low-speed manoeuvres in both forward and reverse to detect any binding, shudders, or driveline hesitation that could point to coupling or propshaft universal joint wear. Braking system assessment should focus on pedal feel and response rather than relying on MOT confirmation alone; a cold test drive from the first application of the brakes will reveal any judder indicative of warped front discs, while repeated firm stops from around 40 mph should produce a firm, progressive pedal without sponginess or travel that would suggest corroded caliper slide pins or hydraulic issues. The MHEV belt-driven integrated starter-generator and 48V electrical system warrant a check for any dashboard warning lights related to the hybrid system, and the engine should be observed from cold start for any excessive timing chain noise, misfire hesitation, or visible oil misting from the breathers which are characteristic concerns for the Ingenium petrol unit fitted to this model. Finally, a thorough underbody inspection with the vehicle raised is advisable to examine the subframe mounting points, brake and fuel pipework, and exhaust heat shields for any early-stage corrosion that would not yet have triggered an advisory but could become relevant within the next test cycle.