2016 Triumph Bonneville 0.9L Petrol · FD16 CKC

A clean and largely untroubled roadworthiness profile defines this 2016 Triumph Bonneville, with the most recent interaction with DVSA testing on 5 June 2025 resulting in a pass with no recorded defects or advisories. Across three years of documented testing, the motorcycle has passed on every occasion without a single advisory note, suggesting that the items typically flagged on aged machines, such as brake component wear, suspension linkage condition, tyre deterioration, or corrosion, have not yet reached reportable thresholds under MOT criteria. Worth noting is the duplicate pass and failure recorded on the same date in 2024 and 2025 respectively; these entries most likely represent initial retest events where a previous failure was rectified off-site before being re-presented, though the absence of any defect detail means the specific items involved cannot be determined from the official record. Annual mileage accumulation on this Bonneville is notably low, averaging around 1,067 miles per year over its ten-year life, with the recorded odometer reading sitting at 10,672 miles. This figure suggests a usage pattern of either short seasonal riding, occasional leisure use, or extended periods of storage between outings. Mechanically, such modest use tends to preserve major drivetrain components and reduce wear on clutch, chain, and brake friction surfaces, but it also places greater demand on items that suffer from inactivity. Standing periods allow moisture to accumulate in the fuel system, can lead to internal corrosion in the exhaust and silencer, and promote drying and cracking of rubber elements such as fork seals, vacuum hoses, and tyre sidewalls even when tread depth remains adequate. Given the absence of flagged advisories, buyer attention should focus on the components most susceptible to age-related deterioration rather than those identified through the MOT record. On a test ride, listen for any roughness or misfire from the parallel-twin engine after a cold start, as infrequent use can mask fuel injection or ignition irregularities until the motor is put under load. Check for oil seepage around the rocker covers and lower engine casings, and inspect the cooling fins for signs of corrosion consistent with wet storage. Examine the chain and sprockets for surface rust or stiff links, as these deteriorate quickly during periods of inactivity, and test the brake lever and pedal feel for sponginess or binding that might indicate caliper piston seizure from limited use. The suspension, steering headstock, and wheel bearings also warrant close physical inspection, as low mileage does not prevent grease degradation or bearing pitting when a motorcycle is stored for long intervals. Push the front end down firmly to check that the telescopic forks move smoothly without stiction or hydraulic judder, and verify that the rear shock units support the bike correctly without sagging. Inspect both tyres not only for legal tread depth but also for sidewall cracking, flat spotting, or hardening of the compound, all of which compromise grip regardless of mileage. Finally, confirm that all electrical systems, including lights, indicators, and instrument cluster functions, operate reliably, as connector corrosion and battery deterioration are common consequences of the low-use pattern reflected in this vehicle's history.