2021 BMW IX3 Premier Edition PRO Electric · LM71 WGF

A singular but significant shock absorber fluid leak and a wiper malfunction have defined the MOT history of this iX3, with the most recent test on 8 October 2025 returning a clean pass after a failure just two days earlier on 6 October 2025. The pattern suggests that, prior to this cluster, the vehicle had no recorded mechanical concerns of note. The earlier 2024 test noted only a tyre wear advisory on the front pair, indicating edge wear but no immediate safety defect. The sudden appearance of a major shock absorber fluid leak on the nearside front, paired with an ineffective wiper, points to components that had either reached the end of their service life or were overlooked in the run-up to the 2025 test. Because both items were rectified within the two-day window, the immediate roadworthiness ledger is closed, but the buyer should treat the iX3 as a vehicle with at least one documented front suspension fluid loss event in its recent past. Recorded mileage of 75,610 against a five-year registration places the iX3 at roughly 15,122 miles per year, which is notably high for a premium electric SUV and well above the average accumulation rate for vehicles of this class. Higher annual mileage typically accelerates wear on consumable and chassis components, including brake discs and pads, suspension bushes, coil springs, wheel bearings, and steering linkages, even on an EV where the powertrain itself is largely insulated from such wear by regenerative braking reducing friction-brake use. The two MOT records available span only 2024 and 2025, which limits longitudinal visibility, but no long testing gaps suggest extended periods off the road. Given the accumulated mileage relative to its age, prospective buyers should anticipate that wear-related items, rather than powertrain defects, are the more likely source of future advisories and replacement costs. The nearside front shock absorber fluid leak recorded as a major defect is the single most important item to investigate on any physical inspection. Fluid leaking from a damper reduces its damping capability and can allow accelerated wear on related components such as top mounts, coil springs, and suspension arms. On a test drive, listen for clonking or knocking noises from the front suspension over speed humps, uneven road surfaces, and potholes, and pay attention to any continued bounce or oscillation after pressing down on the front corner. Uneven tyre wear on the nearside front, vague steering response, or a slight pull under braking may also indicate that the repair was incomplete or that secondary damage has occurred. Ask for documentation confirming the part replaced, whether it was a single unit or a paired replacement, and whether the mounting hardware was inspected. The front wiper defect, while easily rectified, is worth confirming as part of a broader electrical and weather protection check, particularly on a vehicle with sensor housings and cameras mounted near the windscreen that rely on a clear swept area. On inspection, verify full and even wiper contact across the driver's side, central, and passenger sweeps, and confirm that the washer system delivers adequate fluid to both sides. The 2024 advisory on front tyre edge wear should also prompt close scrutiny of the current tyres for inner or outer edge wear, as uneven patterns can point to misalignment, worn suspension bushes, or lingering geometry issues following any front suspension work. Finally, given the higher-than-average mileage, examine the brake discs for lipping, check for binding calipers by feeling for residual drag after driving, and inspect the underside for any signs of fluid residue around the replaced damper or surrounding components that might indicate an incomplete repair.