2016 Suzuki SV 650 AL7 0.6L Petrol · AP16 UCL

With a completely clean MOT history across every recorded test from 2022 onwards, this SV 650 presents an unbroken record of roadworthy compliance, though the most recent attempt on 2 August 2025 resulted in a fail with no defects recorded against the entry. A fail with no listed defects is a relatively unusual administrative outcome and typically indicates the tester identified items that did not meet the criteria for either a pass, advisory, or a specific categorised failure, which can mean minor rectification work was completed and the vehicle was subsequently presented and cleared at a later date. Regardless of the paperwork nuance, the overall trend across three consecutive passes and the absence of any advisories for component wear, corrosion, or lighting defects points to a motorcycle that has not exhibited the typical accumulation of small issues seen on bikes of this vintage. For a prospective buyer, this is a reassuring baseline, particularly given the SV 650's reputation as a mechanically robust V-twin where structural and consumable deterioration usually surfaces through advisories long before outright failure. Annual mileage on this machine averages around 1,575 miles per year, which is exceptionally low for a ten-year-old motorcycle and sits well below the typical usage profile of a bike in this class. Such modest accumulation generally indicates the SV has seen light seasonal use, short leisure rides, or potentially extended periods of storage between MOTs, with the consistent yearly testing pattern from 2022 through 2025 confirming it has not been laid up off the road. Mechanically, low mileage on a motorcycle is a double-edged consideration, as reduced running time can lead to stale fuel, dried brake seals, seized caliper pistons, and oxidation inside the exhaust system and cooling fins, while the transmission, chain, and suspension components can suffer from lack of routine exercise. The fact that no advisories have been raised across three tests suggests the motorcycle has been used enough to keep seals lubricated and brakes functioning, but a buyer should still anticipate that rubber components and lubricants may have aged disproportionately to their wear. Given the absence of any recorded advisories, a pre-purchase inspection should focus on the components that low-mileage SV 650s most commonly present issues with, starting with the brake system. On a test ride, check for a firm front brake lever with no sponginess, listen for any scraping or grinding from the calipers indicating corrosion on the discs, and verify that both pistons are retracting cleanly without binding. Inspect the steel braided and rubber brake lines for any signs of perished rubber, bulging under lever pressure, or weeping at the banjo fittings, as these deteriorate with age regardless of mileage. The rear brake should feel progressive rather than wooden, and the master cylinder reservoir should be free of discoloured fluid. Suspension and drivetrain components warrant close physical inspection given the long service life relative to distance covered. With the bike on a centre stand or paddock stand, rotate the rear wheel slowly and check for tight spots or rough bearing movement in the wheel bearings, then check the swingarm pivot and linkage bearings for any notchiness or free play that would indicate dried-out grease. The chain and sprockets should be examined for rust pitting on the link plates and hooked or wavy sprocket teeth, both of which suggest the chain has been left without regular cleaning and lubrication. On the move, listen for clonks from the front end over bumps, which would point to worn steering head bearings or top yoke races, and feel for any tremor through the handlebars that might indicate worn fork bushes. Finally, examine the underside of the engine and final drive area for any oil staining or weep marks, particularly around the output shaft seal and clutch cover gasket, as SV 650s of this era can develop minor seeps that worsen if the bike has spent long periods stationary.