2021 Ford Puma Titanium Design Mhev 1.0L Petrol · WN71 SSU

The 2021 Ford Puma Titanium MHEV’s latest DVSA MOT test on 2025-08-21 resulted in a clean pass, with no recorded defects or advisories. This follows a similarly unremarkable outcome from the preceding MOT on 2024-09-16, indicating a stable maintenance record without any evidence of progressive mechanical degradation or recurring issues. The vehicle’s consistent MOT results suggest that, to date, the owner has adhered to basic roadworthiness standards, though the absence of defects does not guarantee long-term reliability without further scrutiny. The lack of advisories—such as fluid leaks, excessive tyre wear, or warning lights—implies that while the car has not been subject to major failures, it has not undergone targeted servicing or inspections beyond the mandatory MOT requirements. The recorded mileage of 27,598 miles for a vehicle aged five years represents a relatively low annual usage rate of approximately 5,520 miles per year, which is notably below the average for its class. Such low mileage often correlates with periods of prolonged stationary use, particularly if the car was parked in a garage or climate-controlled environment, which can mitigate some wear but also introduce specific risks. For example, standing for extended periods can lead to brake disc corrosion or caliper binding due to moisture ingress, while fluids like brake fluid and differential oil degrade over time even without active use. Additionally, if the vehicle was driven infrequently, the suspension components—such as coil springs, shock absorbers, and suspension bushes—may exhibit signs of stiffness or reduced resilience, as these elements can lose their elasticity over time. The low mileage profile also raises questions about whether the vehicle has been subjected to rigorous testing under real-world conditions, as higher mileage often correlates with more comprehensive wear testing. Given the vehicle’s age, mileage, and clean MOT history, the prospective buyer should undertake a comprehensive physical inspection to address potential age-related and usage-specific issues. First, examine the tyres for signs of sidewall perishing or cracking, which can compromise structural integrity and safety, particularly if the vehicle has been stored in a damp or cold environment. Check the tyre tread depth for uniformity and signs of uneven wear, which may indicate suspension or alignment issues that could worsen with further use. Next, inspect the brake system for corrosion on the discs and linings, as well as any signs of binding or excessive play in the calipers. A test drive should reveal whether the brakes operate smoothly without shuddering, pulling, or a spongy pedal feel, which could signal warped discs or failing hydraulic components. Additionally, verify the condition of the 12V battery, as prolonged disuse can lead to reduced capacity or terminal corrosion, which may require replacement if the battery fails before the next MOT. Beyond the immediate inspection, the buyer should consider the broader implications of the vehicle’s low mileage and age. Given the MHEV powertrain, which includes a hybrid system, the battery management and electrical components should be monitored for signs of wear or degradation, though the MOT does not test these systems. A service history check would be prudent to confirm whether the manufacturer-recommended fluid changes—particularly for the differential, transmission, and coolant—have been completed according to the 2021 model’s schedule, which typically spans every 15,000 to 30,000 miles or annually. If no service records are available, the buyer should prioritise a professional inspection of the drivetrain, exhaust system for emissions compliance, and structural integrity of the chassis, as these areas are more prone to cumulative wear in lower-mileage vehicles that have been stationary for extended periods. Finally, a thorough fluid top-up check—including brake fluid, coolant, and power steering fluid—should be performed to ensure all systems are at optimal levels, as standing vehicles can lead to fluid separation or degradation.