2017 Ford C-MAX 1.5L Diesel · T2 CKE

The 2017 Ford C-MAX presents a mixed roadworthiness picture when considering its complete MOT history against its unusually low mileage profile. While the vehicle achieved five consecutive passes between late 2021 and mid-2025, the sole failure occurred on 2025-01-06 where both front inner and offside rear brake pads reached their wear indicators simultaneously. A subsequent pass on 2026-01-06 restored the clean record, though the timing between these events spans nearly eighteen months, suggesting either a brief period without a timely replacement or a localized issue that was resolved. The overall trend is stable but punctuated by a significant brake-related incident that requires verification through the replacement history, as the most recent test does not explicitly confirm whether the previously failed components were addressed prior to the 2026 assessment. The mileage figure of 44,020 miles across approximately nine years equates to roughly four thousand eight hundred miles per annum, a rate markedly lower than typical daily-driven vehicles of similar vintage. This accumulation pace implies either exceptionally infrequent operation or extended intervals between drives, potentially including periods of storage or seasonal use patterns that would not generate consistent wear on suspension bushings, CV joints, or engine components. The absence of any major failure between the 2025 failure and the 2026 pass contrasts with the steep mileage curve implied by such low odometer readings, raising questions about whether the vehicle has been consistently driven or has spent considerable time idle. Such a disparity between low mileage and the severity of the brake failure noted in early 2025 warrants particular scrutiny, as the underlying mechanical stress that drove the brake pad wear may still be present even if the visible damage was corrected. Focusing on the brake system, the front inner and offside rear brake pads reaching their wear indicators represents the most critical concern identified in the available records. During a test drive, the buyer should pay close attention to any pulsating or spongy sensation when applying the brake pedal, especially under load, as this could indicate residual caliper friction or uneven pad contact. Listen for high-pitched squealing or grinding noises, particularly when braking hard from moderate speeds, as these suggest the pads may not be fully seated or contain metal debris. Additionally, monitor the distance traveled while releasing the brake after a stop; excessive pedal travel beyond normal specification could point to sticking calipers or worn slide pins. Given the major classification assigned to both failures, the test driver should also check for any visible brake line corrosion or pipe swelling at the wheel hubs, as internal leakage could have contributed to premature pad wear. Beyond the brake system, the notably low mileage should be weighed alongside the brake failure timeline to form a complete picture of the vehicle's condition. Whether the earlier brake wear was resolved through replacement or remained unresolved affects the overall assessment significantly. Buyers should request documentation of part numbers and installation dates for any repairs to verify quality and correctness. Given the sparse test coverage—with a twelve-month gap between the last two assessments—the reliability of the current passing status depends heavily on the completeness of the maintenance log; without confirmation that all systems were inspected and repaired according to manufacturer specifications, the car remains a candidate requiring further physical examination, particularly of the suspension linkage points and subframe integrity that may have been overlooked during the limited inspection window.