2006 Nissan Navara 2.5L Diesel · FX56 YYK

The vehicle presents a concerning maintenance profile that suggests reactive rather than preventative care. While the most recent MOT recorded in August 2021 at 206,151 miles was a pass, the history shows a pattern of failing on multiple consumable and mechanical items. The trend indicates a vehicle that frequently operates near the limit of legality before being addressed. The August 2021 test specifically flagged pitted front brake discs and deteriorated exhaust mounting rubbers, following a significant failure in July 2019 where the tester found a major exhaust leak, worn tyres, a damaged windscreen, and thin brake pads. The mileage accumulation is consistent with a vehicle of this age, averaging approximately 10,000 miles per year. The record shows steady usage from 94,219 miles in 2011 up to 206,151 miles in 2021. However, there is a notable absence of MOT data between August 2021 and the current date of July 2026. This five-year gap in the official record is a significant red flag, as the vehicle's current roadworthiness cannot be verified through the provided documentation. A prospective buyer must prioritise a thorough inspection of the chassis and structural integrity. The August 2018 failure highlighted significant corrosion on the nearside rear subframe mounting, which reduced structural strength, although the 2020 test noted the chassis was covered in underseal. This suggests a history of serious rust issues that require physical verification. The steering and suspension components also show recurring weaknesses, with track rod ends and drag link ends flagged for excessive play in 2018 and 2021. Mechanical scrutiny should also focus on the braking system and exhaust assembly. The repeated mentions of worn brake discs, thin pads, and defective exhaust mountings indicate these components may be nearing the end of their service life or have been poorly maintained. Given the history of exhaust leaks and mounting failures, checking the entire exhaust system for corrosion and secure fitment is essential. Any inspection must also confirm that the steering geometry is stable, given the intermittent failures of the ball joints and linkages over the last decade.