2015 Toyota Prius 1.8L Hybrid electric (clean) · CU15 NFL

A largely unblemished roadworthiness history characterises this 2015 Toyota Prius, punctuated only by minor lighting faults and tyre wear over eight recorded tests. The latest examination on May 20, 2025, resulted in a clean pass with no defects recorded, reinforcing a stable structural and mechanical trajectory across recent years. While a March 2022 test yielded a major failure for a seriously defective nearside rear position lamp lens, that specific electrical issue was promptly rectified before achieving a pass the following day. Beyond that single lighting defect, the vehicle has consistently met statutory standards without accumulating chronic suspension, braking, or emissions failures. Covering a total of 55,353 miles across its roughly eleven-year lifespan translates to an average annual accumulation of approximately 5,032 miles, placing this Prius well below typical national mileage brackets for its age group. This low-usage profile indicates lighter transit duties, though the absence of significant testing gaps confirms the vehicle has remained in regular, continuous commission rather than suffering from prolonged periods of static storage. Mechanically, such light use generally spares high-stress drivetrain components from premature fatigue, though prospective buyers must still verify that the hybrid battery system has maintained healthy charge cycles during shorter urban runs. Attention during a physical inspection and test drive should focus heavily on the rubber consumables noted in past records, particularly the front axle tyres. The 2024 test highlighted inner sidewall perishing on the nearside front tyre and heavy edge wear on the offside front, making it vital to inspect the current tyres for tread depth, age-related cracking, and correct alignment geometry. While no suspension or braking advisories have ever been logged, a thorough road test remains essential to listen for any low-speed knocks from the front MacPherson struts or rear torsion beam bushes when traversing potholes or speed humps. Finally, evaluate the hybrid regenerative braking transition during the test drive by applying the pedal firmly at low speeds to ensure smooth deceleration without excessive judder or sticking calipers. Check all external lighting clusters, given the history of rear lamp lens failure, and inspect the engine bay and underbody for any signs of fluid weeping or surface corrosion on exposed subframe members. Ensuring these core areas function correctly will confirm whether this lightly used Prius matches its straightforward bureaucratic record.