2023 Subaru Crosstrek 2.5L Petrol · AE72 FBJ

A 2023 Subaru Crosstrek presenting a clean DVSA record across its two documented MOT tests, most recently passing without defects on 10 June 2026 and previously on 25 June 2025, offers a track record of uninterrupted roadworthiness for its first three years on the road. With no advisories or failures recorded, there is no component flagged by the testing authority that requires immediate investigation, and the absence of recurring defects means no specific wear pattern has yet been officially identified. This is a typical outcome for a relatively modern vehicle still within its early life cycle, though it is important to note that a clean MOT record reflects only the condition at the time of test and cannot verify the mechanical integrity of components not examined or not yet worn to a failable threshold. As mileage accumulates, the first structural and consumable advisories on this platform historically tend to surface around the four to six year mark, particularly relating to underbody and suspension components. The recorded mileage of 36,512 miles against an approximate three year age equates to around 12,171 miles annually, which sits at the upper end of typical usage for this class of vehicle. This higher than average accumulation rate suggests the Crosstrek has seen consistent real world use rather than short journey or seasonal driving, which has direct mechanical implications. Brake discs and pads, tyres, and clutch or transmission wear items will likely be approaching or past their first replacement cycle, while suspension bushes, coil springs, and wheel bearings will have absorbed significantly more stress than on a lower mileage equivalent. The absence of any extended gaps between tests indicates continuous operation, meaning fewer concerns around dormant corrosion, brake seizure from disuse, or 12V battery degradation, but greater attention should be directed toward the wear limits of components subjected to frequent thermal and mechanical cycling. Given the mileage and the clean advisory record, a prospective buyer should focus their physical inspection on the high wear items that would not yet have been flagged at MOT stage but are likely approaching service intervals. On a test drive, listen for any knocking or clonking from the front suspension over uneven surfaces, particularly indicative of worn anti-roll bar bushes, drop links, or top mounts, and pay close attention to steering precision as any vagueness or clunking through the wheel may suggest worn tie rod ends or MacPherson strut bearings. Test the brakes progressively from moderate speeds to check for pedal judder, which would suggest warped front discs, and listen for any binding or scraping that might indicate a partially seized caliper slider rather than simple pad wear. The symmetrical all-wheel-drive system should also be evaluated by checking for any vibration or drone under load, as propshaft or rear differential issues can develop earlier on higher mileage examples. Underbody examination is particularly important on a three year old Subaru given the brand's known vulnerability to surface and structural corrosion in salt-affected areas, even when no advisories have yet been raised. Inspect the subframe mounting points, suspension arm seams, and brake and fuel pipe runs for any bubbling or flaking paint that would indicate the early stages of corrosion. Check for any oil misting or dampness around the engine and gearbox junctions, as boxer engines can develop minor seal seepage well before it becomes an MOT failure. All tyres should be examined for even shoulder wear, which would point to misalignment from worn suspension components, and the spare wheel well and boot floor should be checked for signs of water ingress, a known issue on some crossover models of this era. Finally, verify that all electronic systems including the EyeSight driver assistance cameras are functioning correctly, as misalignment of these sensors can occur through normal driving but would not appear on an MOT record.