1997 Reliant 0.8L Petrol · Q568 XBB

The most recent MOT test on 2026-03-30 resulted in a clean pass, though it included two consistent advisories related to the front suspension—both near and offside shock absorbers displaying light misting of oil (5.3.2 (b)). This marks a slight improvement from the 2019 test, where the same defects were recorded, yet the 2018 and earlier MOTs showed no such issues, suggesting a gradual but persistent wear pattern in the suspension components. The failure in 2017—specifically a rear brake system issue where the left-hand brake was found to be stuck on during testing—demonstrates a critical flaw that was rectified by the time of the subsequent MOTs, indicating a necessary intervention at some point. Overall, while the vehicle has maintained roadworthiness through its MOT history, the recurring suspension advisories warrant closer attention to prevent potential long-term degradation of damping performance and structural integrity. The recorded mileage of 10,778 miles over approximately 29 years translates to an annual usage rate of around 372 miles, which is notably low for a vehicle of this age. Such low mileage can result from prolonged periods of inactivity, particularly if the vehicle was kept in a garage or stored under conditions that mitigate wear from driving. However, this usage profile does not necessarily equate to minimal mechanical stress; instead, it may indicate that consumables like fluids, seals, and rubber components have not been subjected to the same level of dynamic stress as higher-mileage counterparts. The absence of rapid mileage accumulation suggests that the vehicle has not been subjected to aggressive driving conditions or frequent short trips, which could otherwise accelerate wear on suspension, brake systems, and drivetrain components. Nonetheless, the low mileage combined with the vehicle’s age means that certain wear patterns may be less pronounced, but they are not absent entirely. Given the recurring suspension advisories—particularly the light misting of oil in the front shock absorbers—buyers should prioritise a thorough inspection of the front suspension system. During a test drive, listen for unusual clunking or rattling noises from the front wheels, especially when transitioning between rough and smooth road surfaces, as this may indicate worn suspension bushes or damaged coil springs. Also, check for uneven tyre wear patterns, which could suggest misalignment or suspension misalignment caused by compromised damping. Visually inspect the shock absorbers for any signs of bulging or excessive oil leakage, and ensure that the vehicle maintains a consistent ride height without excessive sagging. If the suspension components are confirmed to be beyond their advisory thresholds, immediate replacement of the shock absorbers and potentially associated suspension bushes or strut mounts is advisable to prevent further deterioration of ride quality and handling stability. For the brake system, the 2017 MOT failure highlights a critical issue that must be addressed. While the 2019 test noted only mild wear on the front brake discs, buyers should verify the condition of the rear brake system, particularly the left-hand caliper, as the 2017 failure indicated a stuck brake mechanism. During a test drive, apply the brakes gradually and observe for any binding, excessive pedal travel, or a spongy or uneven braking response. Listen for grinding noises when braking, which could signal worn brake pads or damaged discs, and check for corrosion or pitting on the discs themselves. Additionally, since the vehicle has been in use for nearly three decades, inspect the brake fluid reservoir for signs of contamination or moisture buildup, as old brake fluid can degrade brake performance and lead to hydraulic failure. Given the vehicle’s age, a full brake fluid flush and inspection of the brake hoses for flexibility and corrosion are prudent, especially if the brake system has not been serviced in recent years. Lastly, given the low annual mileage, ensure that the brake pads and discs have not been subjected to excessive heat buildup from prolonged standing or infrequent use, which could accelerate wear or corrosion in the standing position.