2021 Ford Kuga Titanium Ecoblue Mhev 2.0L Diesel · M70 MDG

A pattern of front-axle deterioration defines the mechanical story of this Kuga, with the most recent DVSA visit on 8 May 2026 returning a clean pass immediately after a failure recorded the previous day for a serious fluid leak from the nearside front shock absorber. That sequence strongly suggests a single component was addressed between the two tests rather than a broader rectification, and given the vehicle's age and mileage it warrants careful attention to the condition of the remaining dampers, mounting bushes, and associated top mount bearings. Prior to this, the 2025 test passed cleanly apart from advisories on both front tyres showing edge wear close to the legal limit, and the 2024 test returned no defects at all, indicating that the suspension and tyre issues are a relatively recent development rather than a long-standing chronic problem. The overall trajectory shows a sudden front-end concern after two years of stable roadworthiness, which a buyer should treat as the focal point of any inspection. Annual mileage of around 15,236 miles over five years places this Kuga well above the typical average for its age, and at 76,182 miles the vehicle has now entered a band where mechanical consumables move from preventive maintenance into active replacement territory. The MOT record shows no testing gaps and consistent yearly submissions, confirming regular use rather than periods of standing, which is mechanically favourable for components such as brake discs, tyres, drive belts, and the 12V battery that suffer from prolonged inactivity. However, sustained high mileage on a turbocharged diesel MHEV will accelerate wear on clutch-related components in the manual gearbox or torque converter wear in an automatic, along with the diesel particulate filter, EGR valve, and turbocharger bearings. The combination of higher-than-average mileage and the recent front-suspension leak suggests the vehicle has been driven hard over imperfect road surfaces, increasing the likelihood of further wear to related steering and suspension items that have not yet reached MOT failure thresholds. On a physical inspection, the nearside front shock absorber that leaked should be closely examined for residual dampness around the body and piston rod, and the offside front unit must be checked for symmetry, as fluid from one damper often indicates fatigue in the matching pair. The front coil springs should be inspected for sagging or cracking, and the top mount bearings rocked by hand with the wheel off the ground to confirm no knocking or play, both of which would manifest as clonks over speed humps and imprecise steering response on the test drive. Pay close attention to the front tyres for inner-edge wear, as the 2025 advisories on both front tyres worn on edge suggest a tracking or geometry issue that may have been corrected with replacement rubber but not necessarily a four-wheel alignment. On the road, listen for any remaining knocking from the front struts over uneven surfaces, test for steering pull under braking, and check for binding or uneven response in the front brakes, which would indicate caliper slide pin wear given the accumulated mileage. Beyond the documented items, a buyer should commission an independent inspection with the vehicle raised on a ramp to assess the subframe, anti-roll bar drop links, and lower control arm bushes for the splits and perishing commonly seen on Kugas of this generation. Brake discs and pads should be measured for remaining thickness, as the high mileage places the second or third set within normal expectations, and any judder felt through the pedal under firm braking would suggest warped front discs. The diesel EGR and DPF should be checked via live diagnostic data for soot accumulation and regeneration frequency, while the MHEV 48V mild hybrid system should be scanned for stored fault codes relating to the integrated starter-generator and belt-driven unit. Finally, verify that the shock absorber fitted between the 7 and 8 May 2026 tests is a quality OE-equivalent component, as budget dampers on this platform are known to fail prematurely and could explain the original leak if a previous set had already been replaced with a lower-grade alternative.