2014 Peugeot Partner 1.6L Diesel · SY14 RHA

The vehicle's most recent MOT test on 31 July 2026 was recorded as a pass, which is a positive immediate indicator, however the same date also carries a failed entry with a single dangerous defect for an inoperative offside parking brake. This pairing typically reflects an immediate retest following remedial work, meaning the parking brake system has received attention very recently and should be verified as fully functional and properly adjusted on inspection. Looking at the broader MOT pattern between 2019 and 2026, the maintenance trend shows intermittent but notable mechanical issues, with failed tests in August 2020 and May 2021 followed by clean passes on each subsequent attempt. While there are no advisories recorded on any of the passing tests, the recurring nature of constant velocity boot defects and suspension wear suggests this vehicle has had ongoing wear-related maintenance in key undercarriage and drivetrain areas. Overall, the history does not point to a worsening trend in recent years, but it does indicate a car that has required genuine repair work rather than passing through tests entirely on the strength of its original components. At 97,767 recorded miles over approximately 12 years, the annual mileage equates to roughly 8,147 miles per year, which is broadly typical for a light commercial vehicle of this age and usage profile. There are no significant unexplained gaps between MOT tests, with continuous annual or biennial testing recorded from 2019 through 2026, suggesting the vehicle has been in consistent rather than intermittent use. The mileage progression between 2020 and 2023, combined with the level of wear-related defects observed, is consistent with a working van or estate that has accumulated its miles steadily rather than through any single period of intense use. For a Peugeot Partner of this generation and mileage, one would expect wear on suspension components, braking hardware, and drivetrain seals, all of which the MOT history broadly supports. Given the recurring defects relating to constant velocity boots and front suspension components, a prospective buyer should pay particular attention to the condition of both front drive shaft gaiters, the integrity of all visible rubber boots, and the state of the front coil springs and shock absorbers. On a test drive, listen for any clonking or knocking noises from the front suspension over speed humps or uneven surfaces, which could indicate worn top mounts, drop links, or anti-roll bar bushes. Any vibration through the steering wheel, particularly when turning, may point to deteriorating constant velocity joints, and any grease deposits inside the wheel arches would suggest an imminent gaiter failure. The offside front coil spring fracture recorded in 2020 is particularly relevant, as fractured springs are a known weakness on certain Partner variants and a replacement spring of inferior quality can fail prematurely, so confirmation that a quality OE-equivalent part was fitted is worthwhile. Beyond the items flagged in the MOT history, the age and mileage of this vehicle warrant a thorough inspection of several time-sensitive and wear-based items. Tyres should be examined closely for both tread depth and, crucially, sidewall perishing or cracking, as a 12-year-old vehicle can suffer significant rubber degradation even on tyres with adequate tread. The 12-volt battery should be load-tested, as batteries beyond five to six years often struggle in colder conditions. Brake discs, given the mileage and any standing periods between uses, should be checked for corrosion around the outer circumference and for any caliper binding that may cause uneven pad wear or pulling under braking. All fluids including engine oil, coolant, brake fluid, and transmission oil should be assessed for age and condition, with brake fluid in particular being hygroscopic and requiring replacement regardless of mileage every two to three years. Finally, the underside and structural areas should be inspected for corrosion, particularly around suspension mounting points, wheel arches, and the exhaust system, as Partners used commercially can suffer from accelerated underbody corrosion through exposure to varied weather and load conditions.