2021 BMW I3 Electricity · YA71 FUT

The vehicle’s most recent MOT test on 2025-11-19 confirms it remains roadworthy with no defects recorded, and the preceding test on 2024-10-29 also passed without failings. This establishes a stable maintenance trend over the past 12 months, though the absence of advisories or defects does not preclude hidden wear—particularly in areas like suspension bushes, which often degrade gradually without immediate MOT consequences. The lack of recurring issues suggests previous owners adhered to basic upkeep, but the low mileage (21,374 miles) complicates long-term wear assessment. A buyer should treat this as a clean slate for mechanical history, though the test’s brevity means critical components like brake pads, tyres, and fluid levels may need verification. The recorded mileage of 21,374 miles over approximately five years—roughly 4,275 miles annually—is unusually low for a vehicle of this age, indicating either minimal use or prolonged periods of inactivity. Such low mileage can mask deeper issues, as components like suspension seals and battery health may degrade faster when unused. The gap between tests (12 months) aligns with MOT regulations, but the sparse history leaves little context for wear patterns. Without service records, there’s no way to confirm whether critical fluids (coolant, brake fluid) have been changed or if the electric motor’s cooling system has been serviced, which is particularly relevant for an I3’s thermal management. Given the MOT’s clean record, an immediate focus should be on consumables and high-wear items. The tyres, despite no MOT failures, should be inspected for uneven wear or excessive tread depth—failing twice on tread in prior tests (if any) would have been noted, but this record doesn’t provide that detail. The brakes, while not flagged, warrant closer examination: binding calipers or uneven pad wear could develop without immediate MOT consequences. Suspension components, especially the rear’s coil springs and bushes, are prone to fatigue over time, even at low mileage, so a visual check for leaks or excessive play is advisable. Finally, the battery and charging system—critical for an EV—should be tested for capacity and health, as prolonged storage can degrade lithium-ion performance. Structural integrity, including underbody corrosion and wheel arch condition, should also be verified, as these are not always captured in MOT tests.