2023 Renault Arkana RS Line E-Tech HEV Auto 1.6L Hybrid electric (clean) · GG63 SAG

A single MOT pass is on file for this 2023 Renault Arkana, recorded on 23 March 2026, and the mechanical story so far is essentially one of front-tyre wear rather than any structural or braking concern. With only one test logged against three years of registration, the DVSA record is too short to establish a trend of stability or deterioration, but equally there is no failure or advisory cluster to raise immediate concern. The two advisories issued at the most recent test are symmetrical, both involving the nearside and offside front tyres being worn close to the legal limit and on their edges, which is a specific geometry-driven wear pattern rather than a general ageing issue. No advisories were issued for the rear axle, the braking system, the suspension, the underbody, or the exhaust, which on a hybrid crossover of this age and mileage is a relatively narrow area of note. The odometer reads 14,625 miles against a three-year-old vehicle, giving an annualised accumulation of roughly 4,875 miles, which is notably low for the age and segment. Such low usage typically means longer stationary intervals between short trips, which can influence 12V battery health, brake disc surface corrosion from infrequent use, and potential oil glazing if the hybrid system has not been regularly worked through its operating range. Equally, the relatively modest distance covered reduces the expected wear on friction materials, clutches within the multimode automatic transmission, and suspension bushes, although it does not eliminate age-related deterioration of rubber components and dampers. There are no gaps between registration and the first test that would suggest the car was off the road for an extended period, and the mileage progression implied by the single reading is consistent with light, consistent use rather than a long lay-up followed by rapid accumulation. For a prospective buyer, the priority on inspection is the front axle geometry that produced the symmetrical edge wear. On a test drive, listen for any rhythmic thump or steering-wheel vibration over uneven surfaces, which would indicate worn front suspension bushes, top mounts, or drop links rather than just a tracking issue. Pay close attention to steering behaviour: any pulling to one side, uneven self-centring, or a crooked steering wheel when driving straight on a flat road would suggest that the camber or toe settings that produced the edge wear have not been corrected, and a four-wheel alignment check should be budgeted for. Inspect both front tyres in person for feathering across the tread blocks and check the sidewalls for uneven shoulder wear, as the recorded advisories specifically noted edge wear which is consistent with misalignment but can also point to worn wishbone or suspension arm bushings allowing geometry to shift under load. The remainder of the test drive should focus on confirming that the low annual mileage has not introduced other age-related issues. With the hybrid powertrain, verify smooth transition between petrol and electric drive with no warning lights, unusual vibrations, or hesitation, and check that the automatic gearbox selects cleanly in both directions. Test the brakes firmly from moderate speed to confirm there is no judder or uneven pulling, which would indicate corroded or warped front discs from prolonged light use, and apply the handbrake on a slope to confirm it holds without slipping. Underneath the vehicle, inspect the exhaust hangers and undertray for any signs of corrosion or fluid staining, particularly around the engine and transmission casings, and examine the inner wheel arches and subframe mounting points for any surface rust, as even low-mileage hybrids can show early oxidation in these areas if subjected to winter road salt. Finally, confirm that the two front tyres are replaced with matching items of correct specification before the next MOT, as driving on tyres already at the advisory limit is likely to result in a failure at the subsequent test.