2021 Tesla Model 3 Standard Range + Electric · GL71 APY

The DVSA record for this 2021 Tesla Model 3 Standard Range Plus is unusually sparse, telling a mechanical story defined less by chronic wear items and more by paperwork anomalies. Two clean passes at the end of 2024 and late November 2025 sit alongside a single failure recorded on 29 November 2024 with no defects logged against it, which suggests either a tester-administered refusal or an administrative issue rather than a component-related problem. With the most recent test on 28 November 2025 confirming a clean pass and no advisories carried forward, the overall trend is stable and free from the recurring brake, suspension, or corrosion patterns that typically emerge on EVs of this age. This is a notably tidy MOT footprint for a five-year-old vehicle. Mileage accumulation of 32,140 miles over five years equates to roughly 6,428 miles annually, which sits squarely within expected use for a daily-driven executive saloon and points to consistent rather than intermittent operation. There are no prolonged gaps between tests that would imply extended standing periods, which is mechanically significant for a Tesla given that lithium-ion traction batteries tolerate regular cycling far better than long-term storage, and the absence of multi-year lay-ups removes the typical concerns around brake disc corrosion from lack of use, seized caliper pistons, and perished rubber dust covers. Even usage of this nature still produces sensible wear on the rolling stock, friction materials, and suspension linkages, but nothing in the history suggests uneven stress cycles or rapid accumulation that would have flagged components prematurely. For a prospective buyer, the inspection priorities should focus on the items an MOT would not necessarily catch but which are characteristic of a Model 3 approaching mid-life service intervals. On a test drive, listen for clonks or dull knocks from the front suspension over speed humps and uneven surfaces, paying particular attention to the lower control arm bushings and the rear suspension links, which are known to wear on chassis of this generation. Steering should remain precise and free from vibration or pulling at motorway speeds, and any uneven tyre wear across the axle would point to alignment or component issues worth investigating before purchase. The brake pedal should feel firm and progressive; given the regenerative braking capability, the friction pads and discs may show limited wear, but seized caliper slide pins are not uncommon and can manifest as a pulling sensation under heavy manual braking. Beyond the rolling chassis, a physical inspection should examine the underside for any fluid residue around the rear motor assembly and for general undertray condition, as well as the condition of the 12-volt auxiliary battery, which is a known service item on these vehicles and can produce a cascade of warning messages when failing. Charging port operation, panel gaps, and the operation of all door handles, which retract electronically, are also worth a functional check given the moving component count on this model. With the DVSA record offering no mechanical flags and the mileage profile indicating steady use, this Tesla presents as a structurally sound candidate, provided the standard pre-purchase checks for suspension condition, brake functionality, and electrical system health return satisfactory results on a physical inspection and accompanied test drive.