2016 BMW I3 0.6L Hybrid electric (clean) · LD66 RBY

Persistent tyre wear advisories and rear road wheel distortions form the definitive mechanical story of this BMW i3, which has avoided any formal test failures across eight recorded examinations. The trajectory of roadworthiness shows a stable pattern following minor cosmetic and consumable flags in its middle years, culminating in two consecutive clean passes, with the most recent test resulting in a pass on 2026-03-13 with no defects recorded at 64,441 miles. While the absence of outright test failures indicates that previous faults were rectified before reaching a statutory failure point, the recurring nature of edge wear and wheel distortion items points to ongoing alignment or impact vulnerabilities that warrant close scrutiny. Accumulating 64,441 miles over its ten-year lifespan yields an average of roughly 6,444 miles per year, representing a typical annual mileage rate for this class of electric vehicle. Testing has proceeded at consistent annual intervals without any extended off-road gaps or erratic spikes in mileage between inspections. This steady usage cadence means mechanical components have experienced standard operational wear rather than the accelerated degradation associated with high-mileage fleet use or the rubber perishing often caused by prolonged static storage. Given the specific history of rear road wheel distortion noted in the 2023 test alongside edge wear on multiple tyres across several years, a prospective buyer must carefully inspect both rear alloy wheels for structural out-of-roundness or flat spots. During a static inspection, check the inner and outer tyre sidewalls for uneven wear patterns that suggest improper tracking or geometry misalignment. On a test drive, pay close attention to the steering wheel for any vibration or shimmy at motorway speeds, and listen closely for rumbling or humming noises from the rear corners that could indicate wheel bearing stress resulting from past impacts. Because the vehicle features a specialized lightweight aluminium chassis and composite body construction paired with narrow, high-pressure tyres, suspension geometry plays a critical role in its handling stability. When driving over rough road surfaces, listen for any suspension knocks, clunks, or tracking wander that might reveal fatigued bushes or dampening components not explicitly captured during visual MOT checks. Ensuring the alignment is verified on a professional rig before purchase will help confirm whether the historic tyre edge wear has been permanently resolved.