1998 Land Rover Discovery 2.5L Diesel · R736 ERW

A vehicle approaching three decades of age with this particular MOT pattern is best read through the lens of component wear rather than pass or fail status. Eight test episodes are recorded between 2008 and 2025, and the only outright failure occurred in May 2010, caused by an offside headlamp unit not presenting a correct beam image. Apart from that single failure, every test has resulted in a pass, including the most recent assessment on 1 October 2025, which was completed with no advisories or defects noted. That said, a clean ticket on a 28 year old vehicle is not the same evidence of condition as on a five year old one, and the advisory trail behind those passes tells a more nuanced mechanical story. The recorded mileage of 72,435 miles across 28 years works out at roughly 2,587 miles per year, which is markedly low for a Land Rover Discovery of this vintage. A closer look at the test chronology reveals the reason for that figure: there is an eleven year gap between the 2014 test and the 2025 retest, with no MOT history recorded in that intervening period. Under the historic testing rules applicable before 2012, the vehicle would not have required an annual MOT once it passed the ten year threshold following first registration, but the absence of any recorded inspection across more than a decade means the current condition of many wear related items is effectively undocumented. Lower annual mileage and long stationary periods tend to shift wear away from the engine and drivetrain and onto perishable items such as rubber boots, suspension bushes, brake hydraulic components, exhaust hangers, and underbody corrosion protection, all of which can deteriorate simply through age rather than use. For a prospective buyer, the specific advisories on the record point directly to the components most worth probing on a physical inspection and a road test. The 2013 entry noted slight play in both front wheel bearings, which on a Discovery of this generation is commonly associated with worn hub units, and on a test drive any rumble or drone that changes with cornering load should be noted carefully. The 2010 advisories flagged both front and rear brake pads wearing thin, and brake discs on early Discoveries are known to lip and corrode with age even when pad material remains serviceable, so a firm pedal feel and the absence of judder under braking are worth confirming. The 2013 and 2014 entries also reference oil leaks, and combined with the long unrecorded period since 2014, a thorough under bonnet check for fresh seepage around the cam cover gasket, sump joint, and any oily misting on the underside of the engine is sensible. Underneath the vehicle, particular attention should be paid to the chassis outriggers, spring seats, and radius arm mounting points, as these are recognised corrosion areas on this model and would not have been recorded in the recent advisory free test unless the inspector chose to comment. Finally, the tyres should be inspected not just for tread depth but for sidewall cracking and age related perishing, given that multiple advisories between 2008 and 2014 recorded tyres worn close to the legal limit and rubber compounds harden considerably over a decade of service regardless of remaining tread.