1991 LAND ROVER 1102.5L Diesel

This Land Rover 110 maintains a current roadworthiness status following a successful MOT test on March 13, 2026, at 178,220 miles. The maintenance trend shows signs of stabilization compared to the significant mechanical neglect observed in previous decades. While the vehicle failed its initial 2026 inspection due to excessive smoke emissions and a worn nearside rear wheel bearing, these issues were addressed promptly to secure the pass. The record indicates a transition from chronic, multi-point failures to more manageable, age-related wear, suggesting that the vehicle has received more consistent attention in recent years. The recorded mileage of 178,220 over thirty-five years averages roughly 5,000 miles annually, a figure consistent with light utility use or long periods of static storage. Notable gaps in the testing history, particularly between 2011 and 2021, suggest the vehicle may have been off the road for extended durations. This pattern of intermittent use often masks underlying issues related to seals drying out or hidden corrosion developing while the vehicle sits idle. The low annual accumulation since 2021 confirms that the vehicle is currently being driven sparingly, which helps explain the lack of major mechanical failures in the most recent test cycle. Prospective buyers must prioritize a thorough inspection of the chassis and structural integrity, as the 2011 record highlighted severe corrosion near the body mountings and rear crossmember. Although recent tests have not flagged these specific structural concerns, the age of the vehicle makes it highly susceptible to hidden rot in the outriggers and bulkhead. You should also scrutinize the braking and steering systems, specifically checking for any lingering evidence of the binding calipers and corroded brake lines that plagued the vehicle in 2021. Given the recurring history of swivel pin and wheel bearing play, a physical check of the axle components is essential to ensure that previous repairs have held up under load.