2020 Toyota Aygo 1.0L Petrol · Y5 JJG

The vehicle holds a current MOT certificate valid until January 2027, reflecting a generally stable maintenance trajectory despite isolated component wear. The January 2026 test at eighteen thousand eleven miles returned a pass, though the tester noted perishing rubber across all four 165/60/15 size tyres. This aligns with the low annual usage pattern, where extended periods of inactivity accelerate sidewall degradation rather than impact fatigue. Moving backward through the record, the January 2025 test at fifteen thousand four hundred fifty-six miles flagged a binding offside rear service brake, while the preceding two tests in early 2023 and early 2024 recorded zero defects aside from a minor lighting correction in January 2023. The progression shows resolved minor faults rather than escalating mechanical decline, indicating that basic servicing intervals have been respected even if consumable replacement was delayed. At roughly three thousand miles annually over six years, the odometer reading sits well below the typical threshold for this model year. The consistent yearly increments between tests suggest steady, moderate commuting rather than sudden high-speed motorway running or prolonged storage without movement. Each annual interval spans approximately three thousand miles, which keeps strain on the drivetrain and suspension components within normal parameters. The absence of large mileage jumps between consecutive inspections confirms that previous keepers maintained regular usage patterns. This measured accumulation reduces the likelihood of premature wear on major load-bearing parts, though it does increase the probability of dried seals and stiffened lubricants due to infrequent operating temperatures. Prospective purchasers should prioritise a physical assessment of the rear brake assembly and tyre condition before committing. The documented binding offside rear service brake points to potential seized guide pins or degraded piston seals within the calliper, conditions that often worsen when vehicles sit idle for extended stretches. A manual check of pedal resistance and wheel rotation will confirm whether the mechanism has freed up or requires rebuild. The cracked sidewalls across all four tyres demand immediate replacement regardless of remaining tread depth, as perished rubber compromises grip and structural integrity during cornering. Inspect the underbody for surface corrosion around wheel arches and chassis rails, noting that low-mileage urban driving frequently leaves salt residue trapped in recesses. Verify that all lighting units operate correctly and that the steering returns smoothly after turns, ensuring no hidden play exists in the front suspension bushes or track rod ends.