2016 Honda HR-V 1.5L Petrol · FD16 VKT

A recurring pattern of tyre perishing advisories across multiple test cycles forms the defining mechanical story of this Honda HR-V. Tyre sidewall cracking and tread deterioration were flagged on the nearside front, offside rear, and nearside rear in 2025, and the rear pair had been similarly noted as early as 2020, with a further matching advisory in 2021 covering all four corners. The 2021 rear tyre entries specifically recorded tread depths of 2.2mm and 2.6mm in the centre, sitting just above the legal minimum at the time. Against this chronic cosmetic and marginal wear pattern, the structural and safety-critical test outcomes have otherwise remained stable. The most recent examination on 4 February 2026 was a clean pass with no advisories, and the prior pass on 22 May 2025 followed directly from a 16 May 2025 failure for a non-functional windscreen washer and a binding nearside front service brake, both of which were clearly addressed before the retest. The recorded defects overall point to rubber deterioration rather than any systemic corrosion, brake hydraulic, or suspension structural failure. With ten years on the road and 32,072 miles recorded, this HR-V has covered an average of roughly 3,200 miles annually, which is substantially below typical usage for a vehicle of its age and class. The MOT history shows tests clustered around February in most years, with a notably short interval between the May 2025 failure and the subsequent May 2025 pass, and a roughly eighteen-month gap between the 2021 and 2023 tests which may reflect periods of limited use or the vehicle being off the road. Low annual mileage generally reduces wear on major drivetrain components and friction materials, but it also allows standing periods during which tyres can perish, brake calipers can seize, and underbody components can accumulate surface corrosion without being regularly washed clear. The binding front brake caliper flagged in May 2025 is consistent with this risk profile, as caliper slide pins and piston seals can stick after prolonged inactivity, and the tyre cracking advisories seen repeatedly on both axles align with age-related rubber degradation rather than mileage-driven wear. For a prospective buyer, the most worthwhile inspection focus is the nearside front brake caliper that was previously recorded as binding. On a test drive, listen for any dragging sensation, uneven deceleration, or pulling to the left under steady braking, and from cold check whether the nearside front disc runs noticeably hotter than the offside after a short stop. Inspect the caliper guide pins and the piston boot for corrosion or uneven pad wear, as these often indicate whether the issue has been properly rectified or merely freed off temporarily for the retest. The 2024 advisory concerning worn suspension arm pins and bushes on both front lower arms should also be investigated. With the engine running on level ground, rock each front wheel by hand at nine and three o'clock to feel for any looseness or clonking, and listen for knocking over speed humps and uneven surfaces, particularly from the front suspension assembly, as worn bushes can progress from advisory status to failure within a test cycle. The persistent tyre perishing pattern warrants particular attention during any physical inspection. Inspect all four sidewalls closely for ozone cracking, checking the flex zones near the bead and between the tread ribs, as rubber of this age often cracks from UV exposure and atmospheric conditions rather than from mileage. Confirm that the current tyres are not ten years old or older, and verify that the tread depth is at least 1.6mm across the central three-quarters of the tread width. Given the low overall mileage, it is also prudent to check the condition of brake fluid, coolant, and the 12V battery for age-related degradation if the vehicle has stood for extended periods. A road test should include a full cold start to observe any hesitation or excessive smoke, and a steady 30 mph drive to confirm there is no vibration through the steering, no pulling under acceleration, and no warning lights illuminated on the dashboard. Any damp patches beneath the vehicle on level ground should be investigated as potential evidence of fluid leaks that would not necessarily be recorded at MOT.