1997 Daewoo Lanos 1.3L Petrol · R737 VLO

The most recent MOT on 8 August 2026 was a pass, albeit with advisories concerning corrosion of both rear coil springs. Earlier in the same month a failure was recorded for an exhaust leak, and over the previous three years the vehicle has suffered several major failures – notably excessive carbon‑monoxide emissions, incorrect headlamp aim, a non‑functioning windscreen washer, and inadequate rear brake effort. The pattern shows a vehicle that has been subject to intermittent remedial work; the latest pass indicates that the most serious defects have been addressed, yet the recurring coil‑spring corrosion suggests that the maintenance trend is only partially stabilised and that further attention to the rear suspension is required. At 46,330 mi recorded for a 1997 model the average annual mileage works out at roughly 1,600 mi per year, which is considerably below the typical UK usage rate. Such low utilisation often points to long periods of inactivity rather than gentle, regular driving. While low mileage reduces wear on wear‑items such as clutch plates and brake discs, age‑related deterioration – rubber hardening, seal drying, and metal corrosion – can be accelerated when a vehicle sits for extended stretches. There is no evidence of any sudden mileage spikes that would indicate a period of heavy use, so the principal mechanical concern is the effect of calendar ageing rather than mileage‑driven fatigue. When inspecting the rear suspension give particular focus to the condition of the coil springs and their mounting points. Corroded springs can lose stiffness, leading to a noticeable clunk when the rear wheels encounter bumps or when the vehicle is loaded. Check the rear tyre wear pattern for signs of uneven loading or a soft spring, and feel for any play in the rear anti‑roll bar bushings. The front track‑rod end dust covers were previously noted as damaged; verify that the ball joints are free of excessive play, that the dust covers are intact, and that there is no audible knock when turning the steering wheel at low speed. The exhaust system should be examined for any cracks, perforations or loose joints that could cause the previously recorded emissions failures – listen for ticking or hissing sounds at idle and ensure no exhaust fumes are perceptible inside the cabin. Given the vehicle’s age and low‑use profile, a thorough age‑related check is essential. Inspect all four tyres for sidewall cracking, dry rot or age‑related hardening; even with adequate tread, tyres older than six years should be considered for replacement. Test the 12 V battery voltage and assess its cranking performance, as prolonged storage can lead to sulfation. Verify that the brake fluid, coolant and engine oil have been changed within the last two years; old fluids can become contaminated and lose effectiveness. Look for rust on the chassis, under‑body panels and suspension mounts, and ensure that the windscreen washer system, headlamp aim and indicator lights are all operational. A full service history, especially recent brake and suspension work, would provide additional confidence before committing to purchase.