1969 Land Rover Series 2 Fire Engine 2.5L Diesel · XPF 335G

A trajectory of improving roadworthiness defines this vehicle's record, moving from severe failures to a period of stability. In May 2014, the vehicle suffered a dangerous failure for brake efficiency, as well as failures for a missing statutory seat belt and incorrect headlamp aim. While subsequent tests in 2015 and 2016 noted damaged dust covers on the front ball joints and track rod ends, the three most recent inspections, concluding with a clean pass on 10 June 2022, recorded no defects or advisories. An accumulation of 39,227 miles over 57 years represents an average of approximately 688 miles per year, which is very low for a vehicle of this age. This usage profile suggests the vehicle has likely undergone long periods of inactivity. Mechanically, while this reduces the wear on the drivetrain and engine, it often correlates with the degradation of rubber seals and the potential for components to seize due to lack of regular movement. Inspection should focus heavily on the braking system and steering linkages based on the 2014 failures and subsequent advisories. The dangerous failure for brake efficiency and the failure for a fouling nearside front brake hose indicate a history of critical hydraulic issues. On a test drive, the buyer should feel for a consistent pedal pressure and ensure there is no steering pull or judder during deceleration. The repeated advisories concerning the offside front ball joint and nearside front track rod end dust covers warrant a close physical inspection for grease leakage or ingress of grit. The absence of MOT data between June 2022 and September 2026 indicates a significant gap in official roadworthiness certification. Given the previous brake hose issues and the low-use history, a detailed check for corrosion on the brake pipes and flexibility in the rubber hoses is necessary. Listen for knocks or clicks during low-speed steering manoeuvres or when driving over bumps, as these symptoms would indicate that the previously flagged steering joint wear has progressed.