2004 Ford Ranger 2.5L Diesel · EN54 KHF

The latest MOT test on 2026-03-24 reveals a stable but concerning maintenance profile, with the vehicle passing despite persistent advisories and a single major failure recorded in 2024-01-31. The pattern shows recurring issues—particularly with the front integral body structure corrosion, front suspension arm wear, and drive shaft joint integrity—that suggest underlying structural and mechanical fatigue. While the 2024 and 2025 tests recorded minor lamp defects and minor suspension wear, the 2022 failures highlighted critical failures in the drive shaft boots and stop lamps, indicating a history of neglect or deferred maintenance. The advisories on the front anti-roll bar linkage and prop shaft bearing play are persistent but not yet severe, yet their recurrence demands vigilance, as early signs of component failure can escalate rapidly with continued use. The recorded mileage of 127,922 miles for a vehicle aged 22 years represents an unusually low annual mileage of approximately 5,815 miles, which is far below the typical wear rate for a Ranger of this era. Such low mileage often reflects prolonged periods of inactivity, particularly if the vehicle has been stored without regular movement, leading to accelerated corrosion and fluid degradation. The absence of rapid mileage accumulation means wear on consumables like brakes, tyres, and suspension components may not have progressed as expected, but this also raises concerns about standing corrosion—particularly in the chassis and suspension—where moisture and lack of movement can accelerate rust formation. The low usage profile also raises questions about the vehicle’s operational history, as prolonged idling or infrequent driving can exacerbate issues like brake disc corrosion, binding calipers, and fluid contamination from standing. For a prospective buyer, the most critical areas to inspect are the structural integrity of the front integral bodywork and suspension, as the MOT history shows significant corrosion and wear in these regions. Visually check for deep rust along the front subframe, undercarriage, and suspension arms, particularly around the near-side upper arm pin or bush, which failed in 2022. On a test drive, listen for clunking noises from the suspension, especially when navigating bumps or corners, as this may indicate worn suspension bushes or binding components. The front anti-roll bar linkage and prop shaft advisories suggest further inspection is warranted; look for excessive play in the linkage or unusual vibrations when accelerating, which could signal impending failure of the prop shaft bearing or constant velocity joint. Additionally, verify the brake system for binding calipers or corrosion on discs and pads, as the advisories on worn discs and corroded brake pipes indicate potential issues with braking performance or fluid ingress. Beyond the mechanical checks, address the electrical and lighting failures noted in the MOT history, as these are non-negotiable for roadworthiness. Replace the faulty stop lamps, fog lamps, and windscreen wipers immediately, as these are mandatory for compliance. For the tyres, despite the advisories on near-side front tyres being close to the legal limit, ensure the remaining tread depth is uniform and check for sidewall cracking or perishing, which can compromise tyre integrity under high-speed or aggressive driving conditions. Given the low mileage and age, inspect the 12V battery for signs of weakness or corrosion, as prolonged disuse can lead to poor starting performance or electrical system failures. Finally, consider servicing the vehicle’s fluids—oil, coolant, and brake fluid—based on calendar intervals rather than mileage, as standing fluids can degrade significantly over time, leading to engine damage, corrosion, or compromised braking efficiency. Prioritise a thorough inspection of the drivetrain, particularly the front drive shaft and CV joints, to confirm the advisories from previous MOTs have not progressed, and address any signs of fluid leaks or excessive vibration.