2012 Land Rover Defender 2.2L Diesel · V6 HCP

A repeated rear brake disc advisory is the defining mechanical note in this Defender's MOT history, appearing at both the 2023 and 2025 tests in identical form for both the nearside and offside rear inner discs. The pattern indicates a chronic surface deterioration issue on the rear braking components, with pitting and scoring noted as not seriously weakened on each occasion, but recurring across multiple test cycles rather than resolving after a single intervention. The intervening tests in 2022 and 2024 were recorded without defects, suggesting the discs may have been cleaned or partially attended to between advisories, or that the wear threshold for an advisory was simply not crossed in those years. Surrounding this recurring brake note, the vehicle has maintained a continuous pass record since 2018 with no failures recorded, which is a relevant data point but should be read alongside the persistent rear brake observation rather than in isolation. The most recent test on 16 October 2025 was a pass, confirming current roadworthiness at that date while still carrying the same dual rear brake disc advisories. With 29,869 miles recorded across roughly fourteen years of service, this Defender has covered approximately 2,134 miles annually, which is low for the vehicle's age and design purpose. The MOT testing record shows consistent annual or near-annual attendance from 2018 onwards, indicating the vehicle has remained in regular use and on the road rather than being laid up for extended periods, which removes the typical concerns around seized brakes, perished fuel system components, and degraded underbody protection that affect long-term stored Defenders. The relatively even spacing of tests without significant gaps supports a pattern of light but ongoing use, and the low annual accumulation is consistent with a working or leisure vehicle that sees modest rather than demanding mileage. For a vehicle of this type and age, low mileage is mechanically advantageous for the drivetrain, bulkhead, and chassis, though it does place greater emphasis on the condition of consumables such as brake components, suspension bushes, and fluids that can deteriorate through age as much as through use. Given the repeated rear brake disc advisories, a prospective buyer should make a targeted inspection of the rear braking system a priority. During a test drive, listen for any grinding or rumble from the rear axle under light braking, feel for vibration or pedal pulsation through the brake pedal when stopping, and check whether the rear calipers are retracting cleanly, as binding rear calipers are a known issue on Defender axle configurations and would accelerate disc wear of the type recorded. The discs themselves should be physically inspected for lipping at the outer edge and for the depth of the pitting, as the advisories note scoring that has not yet become a failure point but may be approaching the wear limit. It is also worth checking the condition of the rear brake pads, as pitted discs typically correspond with worn friction material, and confirming the handbrake operates firmly without excessive travel, which would indicate the rear drum or disc handbrake mechanism is functioning correctly. The 2019 advisory noting a rear differential oil leak, though recorded as not excessive, warrants specific attention because Defender rear axles are known for seal degradation over time. On inspection, look for fresh oil residue or wetness around the differential housing, check the underbody for oil misting on surrounding components, and listen during the test drive for any rumbling or whine from the rear axle under load, particularly when cornering, which would suggest bearing wear potentially aggravated by oil loss. The 2019 advisory regarding a wheel or tyre protruding beyond the wheel arch should also be raised during any inspection, as this could relate to a combination of aggressive offset wheels, worn suspension, or sagging coil springs, all of which are common on Defenders of this age. Walk around the vehicle on level ground and check for uneven ride height, and during the test drive listen for clonks or knocks over uneven surfaces from the suspension linkages and anti-roll bar bushes, which are typical wear points and would be expected to show some degradation given the vehicle's age.