2012 Branson BS 50 0.1L Petrol · DX62 EYB

The 2012 Branson BS 50 presents a stable and clean roadworthiness record. The sole MOT entry, dated 3 July 2025 at 4,389 miles, resulted in a pass. The tester flagged a single advisory: the nearside front shock absorber has a light misting of oil. This is a minor seepage rather than a failure, but it signals the unit is beginning to degrade. With only one recorded test, no trend of worsening or resolving faults can be established. The vehicle appears to have been maintained to a basic passable standard, though the limited history offers little evidence of proactive servicing. The mileage pattern is exceptionally low. At roughly 314 miles per year over fourteen years, this machine has seen minimal use. The recorded figure of 4,389 miles has not changed between the 2025 test and the current date, suggesting the bike has been standing or barely ridden in the past twelve months. Such low mileage can preserve consumables like tyres and brake pads from wear, but prolonged inactivity carries its own risks. Seized calipers, stale fuel, degraded rubber hoses, and flat-spotted tyres are common on machines that sit idle for extended periods. A buyer should focus the in-person inspection on components that deteriorate with age and disuse rather than mileage. Check the front shock absorber closely for worsening oil seepage, as the advisory from July 2025 may have progressed. Inspect the fork stanchings for pitting or corrosion, particularly if the bike has been stored in a damp environment. Examine the brake system thoroughly; even with minimal use, caliper pistons and master cylinder seals can stick or corrode from sitting. Squeeze the front brake lever and verify the caliper pistons retract freely. Tyres deserve close scrutiny regardless of tread depth. Rubber compounds harden and crack over time, and a fourteen-year-old tyre is past its serviceable life even with minimal wear. Check the date codes on the sidewall and look for sidewall cracking or perishing. Finally, assess the battery condition, fuel system integrity, and coolant level, as long periods of inactivity often reveal neglected fluid changes and corroded electrical connections.