2022 Land Rover Discovery SPT R-DYN HSE Phev A 1.5L Hybrid electric (clean) · HD22 FVL

A discernible mechanical theme emerges from the short MOT history of this 2022 Land Rover Discovery Sport PHEV, namely a clean pass on the second recorded test in May 2025 but a cluster of advisories appearing on the most recent examination dated 1 May 2026, indicating emerging wear rather than any outright failure. The 2025 test returned no recorded defects, so the sudden appearance of four advisories a year later suggests that consumable items and components subject to surface degradation have begun to reach the threshold where DVSA testers feel obliged to note them. None of these advisories resulted in a refusal of the test certificate, and the vehicle remains road-legal, but they collectively point to the sort of maintenance backlog that tends to accrue on a PHEV used over multiple winters and on salted roads. The overall trend, although based on only two data points, is one of slight deterioration rather than stable condition, which is a relevant consideration for a prospective buyer. With 48,526 miles recorded against an approximate four-year age, the vehicle has covered around 12,132 miles annually, a notably high accumulation for a Land Rover of this type, particularly given that PHEVs are frequently purchased for short urban commutes where the electric range can be exploited. High annual mileage on a PHEV typically means the combustion engine, associated exhaust components, brake system, and underbody ancillaries are subjected to substantially more thermal cycling and thermal load than they would be on a lower-mileage example, even if the high-voltage battery and electric motor are spared heavy discharge cycles. Conversely, sustained regular use tends to reduce the risk of seized callipers, perished coolant hoses, and the brake disc corrosion that has already been flagged. The mileage progression appears consistent between the two recorded tests, with no gaps to suggest the vehicle has been laid up for extended periods, so the wear pattern observed is likely a fair representation of the mechanical state one should expect going forward. The most pressing items for a physical inspection centre on the braking system and rear tyres. The advisory for rear brake disc corrosion, combined with the uneven tyre wear noted on both rear tyres (the offside rear worn close to the legal limit and showing no visible tread on the edges, and the nearside rear wearing unevenly), suggests that the rear axle geometry or brake caliper operation warrants close attention. On a test drive, listen for any scraping or grinding from the rear brakes on light application, check for a judder through the pedal under firm braking, and feel whether the vehicle pulls to one side, which could indicate a binding rear caliper exacerbated by surface corrosion. Uneven rear tyre wear, particularly on the edges, can also be symptomatic of alignment issues, worn rear suspension bushes, or weakened coil springs, all of which are common failure points on the Discovery Sport platform, so the vehicle should be raised on a ramp for a thorough inspection of the rear trailing arms, anti-roll bar links, and spring seats for any perishing or sagging. Given the elevated annual mileage and the recent emergence of brake and tyre advisories, it would be prudent to budget for rear brake disc and pad replacement, a full four-wheel alignment check, and replacement of the rear tyres imminently if they have not already been addressed since the May 2026 test. The child seat advisory is a non-mechanical note and can be disregarded, but it does mean the adult belt fitment in the rear seating positions has not been visually confirmed during the last test. Finally, while the high-voltage PHEV components are outside the scope of MOT testing, the combustion engine ancillaries that are, including the exhaust system, engine mounts, and underbody protection, should be inspected for any oil misting or corrosion consistent with the recorded usage, and a diagnostic scan for any stored PHEV-related fault codes should be requested at the point of sale to provide a more complete picture of the vehicle's mechanical state.