2019 Harley-Davidson Flhxs Street Glide SP 1868 19 1.9L Petrol · GS09 HOG

The most recent DVSA MOT test for this 2019 Harley-Davidson FLHXS Street Glide Special was conducted on 17 May 2025 and resulted in a pass with no defects or advisories recorded, suggesting the motorcycle was presented in a roadworthy and compliant state at that time. Looking at the four-year test history, the vehicle has passed every annual assessment without any failure items, which indicates a generally stable maintenance trend; however, the pattern of advisories across 2023 and 2024 warrants careful attention. In 2023, a rear brake pad advisory was issued noting the pads were close to the minimum wear limit, while in 2024 the rear brake was not flagged again but a front brake advisory noted slight fluctuation in brake effort, alongside a note about small cuts in the rear tyre. The absence of advisories in the 2025 test suggests that the previously flagged items were likely attended to, but a prospective buyer should verify documentary evidence of the rear brake pad replacement and any front brake inspection or rectification work carried out. Regarding mileage, the recorded odometer reading is unknown and the available MOT records do not include verified mileages, making it impossible to calculate an accurate annual usage figure for this seven-year-old motorcycle. Harley-Davidson touring machines of this type are typically used for long-distance leisure riding rather than daily commuting, so annual mileages can vary dramatically from just a few hundred miles in the case of seasonal or weekend-only use to many thousands for active tourers. This uncertainty itself is an important consideration for the buyer, as both extremes carry mechanical implications. Low-mileage examples are at greater risk of time-based degradation such as stale fuel, dried brake fluid, perished rubber components, and oil seal drying, whereas high-mileage machines require closer attention to engine top-end condition, transmission, and primary drive wear. For a thorough physical inspection, the buyer should begin with the braking system, which has been the subject of three separate advisories across the test history. The front brake fluctuation advisory from 2024 can be symptomatic of contamination on the brake disc surface, uneven pad wear, a sticking or binding caliper piston, or degraded flexible brake hoses, so the front caliper sliders should be checked for free movement and the discs examined for lipping, corrosion pitting, or thickness below the service limit. The rear brake should be inspected for pad thickness, caliper operation, and any scoring of the disc surface. On a test ride, any sponginess in the lever or pedal, shudder under braking, pulling to one side, or a brake that fails to release cleanly should be treated as a red flag. The rear tyre should be inspected closely, as the 2024 advisory noted small cuts; cuts that have progressed can allow moisture ingress into the carcass and may necessitate early replacement. Beyond the advisory items, age and usage uncertainty demand a comprehensive time-based inspection regime. Tyre sidewalls should be examined for perishing and cracking caused by UV exposure and age rather than simply tread depth, particularly given the motorcycle's seven years of service. The 12V battery should be load-tested, as batteries on irregularly used motorcycles often fail prematurely and may already be near the end of its service life. Brake fluid should be checked for colour and moisture content, as it typically requires replacement every two years regardless of mileage, and engine oil, primary chaincase fluid, and transmission fluid should be inspected for condition and any evidence of metallic residue indicating internal component wear. The exhaust system, fork seals, suspension bushes where applicable, and all visible chassis fasteners should be examined for corrosion, particularly if the machine has been stored outdoors. A compression test and a diagnostic scan of the electronic systems, including the infotainment module, ABS, and security system, would be prudent given the model's complexity, and finally the service book should be verified for consistent stamp history to confirm that routine maintenance has been performed at the manufacturer-specified intervals.