2016 Honda CB 0.5L Petrol · DX16 AXG

This vehicle has maintained a clean MOT history with no defects recorded across all tests, including the most recent examination on 2025-06-24 at just 923 miles. The absence of advisories or failings suggests the tester did not identify any immediate safety or emissions concerns at that stage. However, the extreme low mileage—particularly the 21 miles logged between the 2020 and 2023 tests—raises questions about prolonged storage or minimal use, which could accelerate deterioration of non-drive-related components like rubber seals, battery health, and fuel system integrity. The mileage pattern is highly irregular, with significant gaps where the vehicle appears to have remained stationary for extended periods. Between the 2019 and 2020 tests, only 3 miles were recorded over a year, followed by a further 242 miles over nearly three years by 2023. Such stagnation increases the risk of neglected maintenance, such as seized suspension bushes, degraded brake fluid, or corrosion in wheel arches and undercarriage—issues that may not manifest until the vehicle is moved. The 2025 test at 923 miles confirms no mechanical failings at that moment, but the lack of intermediate servicing or even basic checks (e.g., tyre pressure, battery condition) during these periods is concerning. Given the prolonged inactivity, a buyer should prioritise an inspection of components vulnerable to static degradation. Focus on the battery (check voltage and electrolyte levels), suspension bushes (for perishing or cracking), and brake system (fluid condition, disc thickness, and caliper binding). Tyres, though not failed in MOTs, may have developed uneven wear from lack of movement, and the fuel system could harbour stale or contaminated fuel. Structural integrity—particularly in the frame and undercarriage—should also be scrutinised for corrosion, as rust often develops undetected during periods of non-use. While the MOT record provides no red flags, these factors warrant thorough verification before purchase.