2023 Renault Arkana RS Line E-Tech HEV Auto 1.6L Hybrid electric (clean) · WM72 VTK

A clean MOT pass with only two advisory items marks this 2023 Renault Arkana as a mechanically sound proposition at its current point in life. The single test on record from January 2026 documents front inner tyre wear approaching the legal limit on both the nearside and offside, with no other advisories, structural corrosion concerns, brake warnings, or suspension flags raised by the examining tester. With only one year of MOT history available, the trend cannot be described as worsening or improving, but the absence of any non-tyre advisories on a hybrid crossover of this age is a reassuring baseline. No brake disc, pad, exhaust, lighting, or steering component has yet been flagged as approaching a service interval, which suggests the major consumables are still well within their working life. Annual mileage of approximately 6,142 miles over the three year life of the vehicle is broadly typical for a modern crossover of this class, indicating average rather than exceptional use. There are no testing gaps or inconsistencies in the recorded mileage between successive MOT entries to suggest long periods off the road or sudden accumulation, which is particularly relevant for a hybrid powertrain where extended inactivity can affect the high voltage battery management system and 12V auxiliary battery health. The relatively modest mileage means wear items such as brake discs and pads, clutches, and suspension components have likely accumulated less thermal and mechanical stress than a higher mileage equivalent, although the brake system may have experienced some surface corrosion due to underuse rather than pad wear. The advisories recorded relate specifically to inner edge wear on both front tyres, a condition that warrants close attention during any physical inspection. Inner edge wear on a transverse engine front wheel drive platform can be symptomatic of incorrect wheel alignment, particularly excessive negative camber or misalignment following a kerb impact, worn suspension bushes allowing geometry drift, or simply a failure to rotate tyres at appropriate intervals. During a test drive, listen for any knocking or clonking from the front suspension over uneven roads, which would suggest worn top mounts, bottom arms, or anti-roll bar drop links, and pay attention to whether the steering pulls to either side under acceleration or braking, indicating alignment deviation. Inspect the inner and outer tread shoulders of all four tyres for uneven wear patterns, and confirm that the sidewalls are free of any bulges or cracking consistent with age-related degradation. Given the hybrid specification of this E-Tech variant, a prospective buyer should also satisfy themselves on drivetrain specific items that would not normally appear on an MOT test. On a road test, listen for any unusual vibrations from the transmission during the transition between electric and combustion propulsion, and check that the regenerative braking system engages smoothly without warning judder or inconsistency through the pedal travel. Inspect under the bonnet for any evidence of oil leakage from the engine or refrigerant line staining around the hybrid component housings, and verify that all warning lamps on the instrument cluster extinguish cleanly after the ignition cycle completes. Finally, examine the front inner wheelarch liners and undertray fastenings for security, as inner tyre wear combined with loose arch trim can accelerate shoulder abrasion on replacement rubber.