2016 Ford B-MAX 1.4L Petrol · CU16 BGF

A chronic front brake wear pattern dominates the MOT history of this 2016 Ford B-Max, with the front discs and pads flagged as thinning or worn at four consecutive annual tests spanning 2023 through 2026. The 2026 test on 27 January passed, but carried advisories for both front brake discs being worn and both front brake pads wearing thin, mirroring identical observations recorded in 2025 and 2023. A minor defect was also raised in 2025 for a deteriorated nearside front lower suspension arm ball joint dust cover that was leaking, indicating that the contamination sealing around that articulation has been compromised and the joint itself should be inspected. Beyond the braking and suspension items, the record contains no outright failures and only isolated advisories for tyre condition and number plate deterioration, but the repetition of front end braking advisories year after year is the defining mechanical characteristic of this vehicle's roadworthiness history. Recorded mileage of 43,204 miles over a ten year vehicle age equates to roughly 4,300 miles per annum, which is well below the typical accumulation rate for a car of this vintage and suggests either prolonged periods off the road or a predominantly low intensity usage profile. The MOT test dates cluster consistently between January and early March from 2021 onward, indicating the vehicle has been presented annually without interruption since at least 2019, and there are no multi year gaps that would imply long term storage. Low annual mileage generally reduces wear on high speed rotating components such as the clutch, CV joints and engine internals, but it does not eliminate age related deterioration of rubber and plastic components, and combined with the suspension dust cover failure already noted, the buyer should expect that further perished bushes, dampers and flexible lines may become apparent even though the odometer reading is modest. For a prospective buyer, the immediate priority is a thorough inspection of the front braking system, as the discs have been flagged at the limit of acceptable wear at three of the last four tests. The nearside and offside front discs should be measured for remaining thickness against the Ford specified minimum, and the caliper slide pins and guide channels checked for smooth movement, as binding calipers on a vehicle with chronic pad wear often point to seized slider mechanisms rather than simply driving style. A test drive should focus on any pulling to one side under firm braking, vibration through the pedal or steering wheel suggesting disc runout, and any grinding or squeal that would indicate the pads have worn beyond the backing plate. Pay particular attention to the feel through the brake pedal, as a soft or spongy response combined with the existing wear pattern could indicate compensating wear elsewhere in the hydraulic system. The suspension and steering assembly warrants equally close attention given the deteriorated ball joint dust cover recorded in 2025, as once the seal is breached, water and grit ingress accelerate wear on the joint itself. With the wheels lifted, the nearside front lower arm ball joint should be checked for any vertical play or roughness when rocked by hand, and the inner and outer tie rod ends examined for similar looseness. On the road, listen for clonks or knocks from the front end over speed humps, broken tarmac and during full lock manoeuvres, as these are classic indicators of worn ball joints or droplinks on a Ford B-Max. Finally, the tyres should be inspected closely, with both front tyres having been flagged at or near the legal limit at three separate tests, suggesting that uneven wear geometry or alignment settings may be contributing to the pattern, and a four wheel alignment check would be a sensible precaution before committing to purchase.