2017 Toyota C-HR 1.8L Hybrid electric · WN67 MWF

A consistent run of clean MOT passes across five consecutive tests, most recently on 20 October 2025, gives the mechanical backdrop for this 2017 Toyota C-HR. With no advisories or failures recorded at any point since the first test in 2021, the DVSA file contains no documented evidence of worn components, fluid leaks, corrosion, or deteriorating exhaust emissions at the time of statutory inspection. This is an encouraging position for a nine year old crossover, particularly as the vehicle has clearly remained in active roadworthy condition throughout the period covered by the history. The absence of any flagged items means there are no specific components to single out as known concerns from official testing, and any deterioration since the most recent pass would now be the responsibility of a physical inspection to identify. Mileage stands at 63,847 miles against an age of roughly nine years, which equates to an annual accumulation of approximately 7,094 miles per year. This sits squarely within typical usage parameters for a car of its age and class, neither indicating long periods of storage nor suggesting an unusually high wear burden on consumables such as brake pads, discs, clutches, or tyres. There are no significant gaps between annual tests that would imply the vehicle was laid up, and the even spacing of the MOT entries from 2021 through to late 2025 suggests continuous use. Mechanically, this level of use tends to keep seals, bushes, and lubricants working rather than allowing them to deteriorate through stagnation, which is a positive indicator for suspension components and underbody integrity that are otherwise vulnerable on cars left standing. Because the MOT record is free of recorded advisories, there are no specific components that have been formally flagged as approaching the limits of wear. A prospective buyer should nevertheless carry out a thorough physical inspection, as conditions such as binding brake calipers, perished suspension bushes, or developing exhaust corrosion will not appear on a test that simply confirms the absence of defects at the point of examination. On a test drive, listen for any knocking or clonking from the front suspension over uneven surfaces, which can indicate worn wishbone bushes or top mount deterioration common to this age of crossover. Pay attention to brake pedal feel for any excessive travel or judder under light braking, as front discs on C-HRs can develop lipping or surface corrosion with regular road use, particularly if the car sees frequent short journeys. Steering behaviour is another area worth assessing carefully, with any pulling to one side under straight-line braking or vague on-centre response potentially pointing to worn track rod ends or uneven tyre wear that has developed since the last test. Inspect the underbody, inner wheel arches, and suspension subframe mounting points for any surface corrosion, as the C-HR can be susceptible to stone-chip induced rusting in these areas even where the MOT has not yet flagged a structural concern. Check all fluid levels and their condition, particularly looking for any signs of oil misting around the engine or evidence of coolant staining that would suggest developing gasket failure. Finally, confirm that the tyre tread depths are legal and that wear is even across each axle, as uneven wear often reveals underlying alignment or brake drag problems that have not yet been formally recorded.