2022 Renault Arkana RS Line E-Tech HEV Auto 1.6L Hybrid electric · BD22 FOF

This vehicle maintains a strong record of roadworthiness, though the emergence of rear brake disc wear marks a transition from its previously flawless testing history. While it secured a pass on 2026-05-01, the identification of pitting and scoring on the inside edges of both the nearside and offside rear discs indicates that the braking system is now entering a phase of expected wear. This follows a completely clean inspection in April 2025, suggesting the vehicle has remained mechanically stable until the current onset of disc degradation. The recorded mileage of 28,614 miles is consistent with typical usage for a four-year-old vehicle, averaging approximately 7,154 miles per annum. This steady accumulation suggests a regular duty cycle, which generally benefits the hybrid powertrain by preventing the stagnation often associated with very low-mileage examples. Mechanically, this level of use implies that while primary components remain in their prime, the vehicle is reaching the point where standard wear-and-tear items, such as brake pads and discs, will require their first cycle of replacement. Attention should be focused specifically on the rear braking system during the pre-purchase inspection. The pitting and scoring noted on the inside edges of the rear discs can lead to uneven pad wear or reduced braking efficiency over time. During a test drive, the driver should feel for any subtle pedal judder or pulsations under moderate braking, which would indicate that the surface irregularities on the discs have progressed. Any grinding or scraping noises emanating from the rear axle during deceleration should be noted as a sign that the discs require immediate replacement. Beyond the braking system, the inspection should verify the condition of the suspension bushes and steering linkages, which typically begin to show initial signs of wear around this mileage. Ensure the hybrid transition between the electric motor and internal combustion engine is seamless, listening for any excessive vibration or abnormal clunks during gear shifts or regenerative braking phases. A visual check of the underbody for any fluid leaks around the transmission or engine seals is recommended to confirm the vehicle's continued structural and mechanical integrity.