2013 Chevrolet Spark 1.0L Petrol · LM13 FOA

The 2013 Chevrolet Spark presents as roadworthy but requires immediate attention to suspension and braking components following its October 2025 MOT at 44,223 miles. The maintenance trajectory has deteriorated noticeably since the clean tests in 2019 and 2020. A November 2024 failure exposed severe binding rear service brakes, excessive corrosion on the offside rear inner brake pipe, and a fractured offside front coil spring. While these critical items were rectified before the subsequent pass in November 2024, the October 2025 record confirms that wear is progressing rather than resolving. The tester noted worn Macpherson strut pins and bushes on both front axles, light oil misting on the offside rear shock absorber, and tyres showing uneven wear patterns across all four corners. This progression indicates deferred upkeep on load-bearing chassis elements and routine consumables. The recorded figure of 44,223 miles over thirteen years equates to roughly 3,400 miles annually, which sits well below average for a vehicle of this vintage. The history reveals a substantial ten-year gap between the April 2019 test at 37,790 miles and the July 2020 test at 40,923 miles, after which annual testing resumed consistently. This extended period without an MOT record suggests prolonged storage or infrequent use, a pattern often correlated with seized calipers, degraded rubber seals, and flat-spotted tyres upon resumption of regular driving. The rapid accumulation of just over 1,300 miles between November 2024 and October 2025 aligns with typical low-mileage usage, yet it accelerated existing wear on the front suspension geometry and braking hardware. Prospective buyers must verify the current condition of the front suspension mounting points and rear brake assembly before committing. The repeated advisories regarding uneven tyre wear and worn strut bushings point to compromised camber alignment or damaged lower control arm pivot points that require measurement rather than visual inspection alone. The previously reported binding rear brakes and corroded brake pipe demand a full teardown to confirm that caliper pistons move freely and that hydraulic integrity remains uncompromised. Inspectors should also check the nearside front side repeater lens housing for stress fractures around the mounting clips, as impact damage in that area frequently compromises seal integrity during heavy rain. A pre-purchase survey focusing on wheel bearing play and steering rack boot condition will clarify whether the chassis geometry has settled into a stable operating state or continues to degrade.