2015 Peugeot Tweet 0.1L Petrol · WD15 XMV

The defining mechanical theme for this 2015 Peugeot Tweet is a cluster of front-end advisories that have emerged simultaneously on the most recent test, covering steering headbearing stiffness, a short brake lever, front brake disc wear, and bilateral front shock absorber oil misting. While the bike passed on 9 December 2023, the same inspection session also recorded a failure, indicating that one or more of these advisory items progressed to a failable defect during the same visit. By contrast, both the 2022 and 2018 tests returned completely clean passes with no advisories at all, so the 2023 cluster represents a clear step-change in recorded condition rather than a steady decline. None of these components have been re-tested since, so there is no subsequent evidence to confirm whether any remedial work has been carried out on the headbearing, brake lever, disc, or shock absorbers. The overall pattern is therefore one of a previously tidy motorcycle that has begun to show wear in its steering, braking, and front suspension hardware within a short period. Against an 11-year vehicle age, the recorded 20,448 miles equates to an annual accumulation of roughly 1,859 miles, which is markedly low and consistent with limited commuter or leisure use rather than regular daily riding. There are notable gaps in the MOT history, with no tests recorded between September 2018 and December 2022, suggesting periods where the machine may have been off the road, in storage, or otherwise exempt from testing. Lower mileage of this nature generally slows wear on high-cycle items such as brake pads, chain and sprockets, tyres, and engine internals, but it also places greater emphasis on age-sensitive components like rubber seals, suspension oil, bearing grease, and brake hydraulic fluid, all of which can deteriorate during periods of inactivity even when distance covered remains modest. The simultaneous appearance of shock absorber oil misting and headbearing notchiness on a low-mileage machine is consistent with age-related seal and lubrication degradation rather than distance-driven wear. For a prospective buyer, the priority inspection items are the front end components specifically flagged by the examiner. On a stationary check, the steering headbearing should be evaluated by lifting the front wheel and rotating the handlebars lock to lock, feeling for any notchiness, binding, or detents that confirm the advisory; any roughness or irregular resistance warrants further negotiation. The front brake disc should be inspected for lip measurement, runout, and surface corrosion, particularly given the recorded wear advisory, while the nearside brake lever should be assessed for full piston travel and effective actuation, as a short lever can indicate a binding caliper or partially seized piston. Both front shock absorbers should be examined for heavier oil weeping down the stanchions, seal swelling, or staining extending below the oil seal area, as light misting flagged in 2023 can progress to a leak that compromises damping. A road test should then be conducted with attention to the symptoms that these specific components would produce in use. Over uneven surfaces, listen for clonking or knocking from the front end, which can indicate worn headbearing races or deteriorated fork oil, and pay particular attention to any wallowing or pitching under braking that would suggest the front shocks are no longer controlling the front wheel effectively. Under braking from speed, observe whether the lever feels progressively softer, sponges excessively, or requires an unusually long travel to generate stopping force, as this would confirm the short-lever advisory has worsened into a hydraulic or caliper issue. Finally, confirm that the steering self-centres smoothly without sticking through the straight-ahead position, and that there is no front-end dive asymmetry between the nearside and offside, which would corroborate the bilateral shock misting recorded at the last test.