2023 Renault Captur Techno E-Tech HEV Auto 1.6L Hybrid electric (clean) · LP23 BYK

The 2023 Renault Captur Techno E-Tech Hybrid presents with a single DVSA MOT test on record, dated 17 August 2026, which resulted in a clean pass with no failures or mechanical advisories issued. The only entry on the advisory log concerns a child seat fitted to the nearside rear position preventing full inspection of the adult seat belt at the time of test; this is an inspection access note rather than a defect, and it carries no mechanical or structural implications whatsoever. With the vehicle now due its second annual test, the absence of any prior advisories relating to tyres, brakes, suspension, lighting, or exhaust systems suggests that the car has been maintained to a satisfactory roadworthy standard in the period since first registration. The maintenance trend, based on the limited available data, is therefore stable and unremarkable, with no indicators of worsening condition or recurring component wear that would warrant immediate concern. The recorded mileage of 22,591 miles over an approximate three-year ownership period equates to an annual usage of around 7,530 miles, which sits comfortably within the expected range for a privately used compact crossover of this type. This figure indicates a vehicle that has been driven regularly rather than left standing for prolonged periods, which is generally beneficial for the longevity of mechanical components such as the hybrid powertrain, brake discs, tyres, and 12-volt battery. There is no evidence of any significant mileage gaps between test entries, nor any indication of rapid accumulation that would suggest heavy commercial or high-mileage use. From a wear perspective, this level of usage implies moderate but not severe consumption of service items, with brake pads, discs, and tyres likely to have substantial remaining life given typical component durability at this mileage. Given the relatively young age and moderate mileage of the Captur, a prospective buyer should focus inspection efforts on age-related degradation rather than high-mileage wear. Tyre sidewalls should be examined closely for signs of perishing or cracking caused by UV exposure and ozone, even if the tread depth remains adequate, as rubber compounds deteriorate with calendar age regardless of mileage. The 12-volt auxiliary battery, which is a known service item on modern vehicles and particularly on hybrid systems where it supports the control electronics, should be tested for its state of charge and cranking performance, as batteries can fail prematurely in vehicles subject to short urban journeys typical of the recorded usage pattern. Brake discs, while likely unworn, should be inspected for any surface corrosion or signs of binding calipers resulting from periods of light use, paying particular attention to smooth and judder-free operation under light pedal pressure during a test drive. The E-Tech hybrid powertrain itself warrants attention during any pre-purchase evaluation, with the buyer advised to listen carefully for any unusual noises from under the bonnet during the automatic start-up phase and to confirm smooth transitions between the petrol engine and electric motor under gentle acceleration. A test drive should include a steady cruise at motorway speeds to identify any wind noise, suspension clonks over uneven surfaces, or steering pull that may not be immediately apparent at lower speeds. The full Renault service history should be verified, with particular emphasis on confirmation that the hybrid system coolant, engine oil, and brake fluid have been changed at the manufacturer-specified intervals, as these fluids degrade with time as well as mileage. Finally, a diagnostic scan using a Renault-compatible tool would be prudent to identify any dormant or historic fault codes within the hybrid control modules, ensuring that the complex electrical systems are functioning as intended before purchase.