The 1995 SsangYong Musso last passed its MOT on 29 January 2016 at 95,891 miles, meaning the certificate expired over ten years ago and the vehicle has been without a valid test for a significant period. The maintenance trend across the full record is mixed, with a serious decline in structural and braking condition between 2014 and 2015, followed by a partial recovery in the final 2016 pass. That 2016 test still flagged a parking brake only just meeting the 16 percent minimum efficiency requirement and slight play in the nearside front caliper carrier, indicating braking performance was marginal even when last certified.
The mileage pattern is highly unusual and warrants scrutiny. Between the October 2014 test at 94,743 miles and the November 2015 failure at 95,890 miles, the vehicle covered roughly 1,147 miles in thirteen months. From November 2015 to the January 2016 pass, the odometer moved just one mile to 95,891. Over the entire thirty-one-year span the average sits at approximately 3,093 miles per year, which is low, but the near-static readings in the final two tests suggest either long periods of standing, a replaced or disconnected instrument cluster, or a vehicle that saw minimal use in its last years on the road. A buyer should verify the mileage against service records, cambelt replacement receipts, and the general condition of interior wear and tyre age to confirm whether the figure is genuine.
Structural corrosion is the most serious recurring concern in the history. The November 2015 failure identified excessive corrosion in both front lower suspension arm mounting areas, the offside inner sill at the seat belt anchorage, and multiple brake hose ferrules, with the tester noting the underside had been waxoiled, which can mask active corrosion. The 2013 pass had already flagged corrosion in both inner sills, meaning this was a known issue years before the more severe 2015 findings. A buyer should have the vehicle inspected on a lift, paying close attention to the front subframe mounting points, inner sills, and rear suspension mounts, as well as all rigid and flexible brake lines for ferrule corrosion and fluid condition.
The braking system shows a persistent pattern of faults. Both rear brakes were binding slightly in October 2014, and by November 2015 the tester found corroded brake hose ferrules on the offside front, nearside front, offside rear, and centre rear positions. The parking brake efficiency was below requirements in 2015 and only just met the minimum in 2016. A buyer should test the handbrake on a slope, check for uneven braking or pulling during a road test, and inspect the rear calipers and handbrake cables for seizure. The nearside front caliper play noted in 2016, combined with the historical binding, suggests the braking system has had chronic issues that may have worsened during the decade since the last test. Tyres, wiper blades, and all suspension bushes should also be treated as suspect given the vehicle's prolonged period without a valid MOT.