2020 Land Rover R Rover Evoque R-DYN S P300E A 1.5L Hybrid electric · RO70 HBC

The defining mechanical story of this Range Rover Evoque P300e is one of broadly stable roadworthiness punctuated by two areas of concern that a prospective buyer must investigate. The most recent test on 5 August 2026 returned a pass, but it did so with advisories on the front brake discs and front inner brake pads, signalling that the friction system is approaching the end of its useful life and will require attention imminently. A more serious flag sits in the October 2024 test, where a major failure was recorded for the electronic stability control warning lamp indicating a fault, which means the ESC system was non-functional at that point and the vehicle should not have been driven until repaired. The presence of an ESC fault on a vehicle fitted with significant hybrid electrical architecture raises the possibility of an interaction with the high-voltage system, brake pressure modulator, or wheel speed sensor inputs, all of which warrant confirmation that a proper rectification has been carried out and that the warning lamp does not reappear under load. Mileage accumulation has been broadly typical for the vehicle's age, with 51,931 miles recorded against a six-year span, equating to approximately 8,655 miles annually. There is a notable gap in the testing record between the October 2023 pass and the October 2024 re-test, which suggests the vehicle may have been off the road for a period before returning to test, potentially linked to the ESC fault repair or other work. The subsequent tests in August 2025 and August 2026 confirm a return to regular use and testing. For a plug-in hybrid of this age and mileage, the brake system wear seen on the latest advisories is consistent with urban and suburban driving patterns that favour regenerative braking, which can lead to uneven pad and disc wear depending on whether the friction brakes have been exercised sufficiently to keep discs free of corrosion and pad material build-up. On a physical inspection, the buyer should carry out a thorough check of the front brake discs and pads as a priority, looking for lipping on the disc outer edges, visible scoring or pitting on the friction surface, and pad material thickness below 3 mm, as the advisory specifically noted inner pad wear, which often points to caliper slider sticking or uneven piston retraction rather than simple friction use. A test drive should include several firm stops from around 30 mph to assess for judder, pull to one side, or any ABS or ESC intervention, the latter being critical given the 2024 ESC fault history. Any reappearance of the stability control warning lamp, particularly under cornering or during heavy braking, would indicate that the original fault may not have been fully resolved. The buyer should also request evidence that the ESC fault repair was completed at a recognised diagnostic facility, with any post-repair diagnostic scans or clears documented. The 2024 advisory regarding the loose rear heatshield above the exhaust is a relatively minor item but should be confirmed as properly secured, as a detached heatshield can lead to heat damage to underbody components or, on a hybrid, to exposed thermal proximity to electrical cabling. Beyond the recorded advisories, the Evoque P300e-specific items worth confirming include the health and state of charge of the high-voltage battery pack, the operation of the regenerative braking system, and any warning messages on the driver information display related to the hybrid powertrain, as these do not form part of the standard MOT test but materially affect long-term reliability. With the brake work clearly required in the near term and the ESC history demanding verification, this vehicle is mechanically serviceable but should be acquired with a modest allowance for immediate remedial spend.