2024 BMW I4 M50 Electric · LS24 KAE

The DVSA records show that this 2024 BMW i4 M50 has never appeared on the MOT database, meaning no official MOT test outcome is available. Consequently there is no documented history of pass, fail or advisory items from which a maintenance trend can be inferred; the absence of data simply leaves the vehicle’s service and condition status indeterminate and warrants a thorough independent inspection. Mileage for the car has not been disclosed, so it cannot be benchmarked against the two‑year age that a 2024 model would normally exhibit. A typical annual mileage for a low‑usage BMW i4 would be in the region of 10‑12,000 miles (16‑19,000 km); any figure substantially above that would suggest accelerated wear on the electric drivetrain, suspension components and brake system, while a very low reading could indicate prolonged periods of inactivity, which in turn raises concerns about battery self‑discharge, tyre ageing and corrosion of brake rotors. Without a reliable odometer figure the buyer should treat the vehicle as potentially high‑mileage until proven otherwise. Given the lack of MOT data and unknown mileage, the buyer should concentrate on age‑related checks. Inspect the tyre sidewalls for cracking, dry‑rot or hardening, and verify tread depth is within legal limits; tyres older than four years can deteriorate even if tread remains, especially on electric cars that often sit idle. Examine the under‑carriage for any signs of surface rust or corrosion, particularly around the front subframe and wheel arches, as exposure to moisture over two years can affect suspension bushes and mounting points. The 12 V auxiliary battery should be load‑tested, and the high‑voltage traction battery’s state of health should be confirmed via a dealer‑level diagnostic to ensure capacity has not been compromised by deep discharge or prolonged storage. Finally, a comprehensive pre‑purchase test drive is essential. Listen for any unusual whine or vibration from the electric motor and monitor the regenerative braking response for smoothness; any judder may indicate worn brake discs or uneven pad wear, especially if the car has sat for extended periods. Check that the brake calipers move freely and that the discs show no excessive surface rust that could affect braking performance. Verify that the coolant for the battery thermal management system is at the correct level and free of particulates, and confirm that the vehicle’s software is up to date and that any outstanding recall notices have been addressed. A full service book, dealer stamps and a recent battery health report will provide the most reliable assurance of the car’s roadworthiness.