2021 Volkswagen ID4 Life Electricity · GF71 YHU

The 2021 Volkswagen ID4 Life currently holds a valid MOT pass dated 28 April 2026 at 70,640 miles with zero defects recorded. The maintenance trend, however, reveals a recurring fault pattern rather than a clean bill of health. The same TPMS malfunction (5.2.3 (h)) triggered a fail on 28 April 2026 and again on 9 December 2025, both at the exact same mileage as the subsequent pass. This indicates the system fault was rectified each time, but the repeated failure on the same item suggests an intermittent or underlying electrical issue rather than a simple sensor replacement fix. The 17 June 2025 test at 49,396 miles passed without advisories, meaning the TPMS fault emerged only in the latter half of the vehicle's life. The annualised mileage of roughly 14,128 miles is notably high for a five-year-old electric vehicle. The jump from 49,396 miles in June 2025 to 60,855 miles by December 2025 represents 11,459 miles in just under six months, a sharp acceleration in use. The subsequent climb to 70,640 miles by April 2026 adds another 9,785 miles in four months. This sustained high-speed accumulation places elevated stress on consumable components, particularly tyres, brake discs and pads, suspension bushes, and drivetrain mounts. The sparse MOT record, with only three tests logged across five years, limits visibility into interim condition changes, though the clean passes between TPMS events suggest no major structural or mechanical deterioration was formally flagged. A buyer should prioritise a thorough inspection of the TPMS control module, wiring loom, and individual wheel sensors to identify whether the recurring fault stems from a damaged sensor, a corroded connector, or a failing body control module. Given the high mileage, the condition of the front and rear suspension bushes, drop links, and anti-roll bar links warrants close physical examination, as these components degrade faster under sustained daily use. Brake disc thickness and pad wear should be measured, particularly at the rear, where electric vehicles often experience uneven wear due to regenerative braking bias. The underbody and sills require inspection for corrosion or stone-chip damage, especially if the vehicle has been used extensively on salted winter roads. Tyre condition and date codes should be verified, as the high annual mileage increases the likelihood of replacements that may not match OEM specifications.