2019 Peugeot Boxer 2.0L Diesel · FD19 OSE

The defining mechanical narrative of this 2019 Peugeot Boxer centres on steering and suspension degradation emerging within the most recent testing cycle, a concerning pattern given the high commercial mileage this vehicle is likely to have accumulated. The most recent recorded test on 30 June 2026 was a pass, but this followed immediately after a presentation-to-retest sequence that initially failed on headlamp alignment, which is typically a quick adjustment. More significant is the earlier 5 May 2026 failure, which flagged a leaking rear nearside shock absorber and a power steering component fouling on the subframe. These are not isolated incidents; the 30 April 2025 test recorded a near-identical power steering defect, specifically an insecure bracket behind the engine which had broken, alongside an excessively worn rear bush in the front suspension arm. The recurrence of power steering component failures within a twelve-month window indicates a systemic issue at the front bulkhead or subframe area rather than a one-off component failure, and warrants a thorough physical inspection before purchase. With approximately 104,593 miles recorded over seven years, this Boxer is accumulating mileage at roughly 14,900 miles annually, a rate characteristic of a working commercial vehicle rather than a private owner-driver. This level of usage places above-average stress on drivetrain mounts, clutch actuation, dual-mass flywheels, suspension components, and commercial-grade braking systems. There are no apparent extended gaps in the testing record that would suggest long periods of standing, which is positive for preventing corrosion-related issues and battery deterioration, but the mileage consistency implies continuous heavy-duty operation that will accelerate wear on items such as the rear shock absorbers already flagged for leaking. For a prospective buyer, the immediate priority is a physical examination of the front subframe and power steering assembly, as this area has produced two separate major defects across the last two test cycles. During a test drive, listen for any whining or groaning from the steering pump at idle and during low-speed lock-to-lock manoeuvres, and feel for any knocking or slack through the steering wheel which could indicate the bracket failure has recurred or mounting bolts have loosened. Inspect the rear shock absorbers for fresh fluid seepage or any staining on the body of the unit, and bounce each rear corner to confirm damping is consistent both sides. The worn rear suspension arm bush flagged in 2025 should prompt a check for uneven tyre wear across the front axle and any clonking over speed humps or rough surfaces, while the oil leak advisory warrants a visual inspection of the engine and gearbox sump area for fresh residue and a check of the fluid level before any extended drive. Finally, the brake pad wear wiring advisory from 2025 and the discoloured rear direction indicators from earlier this year are relatively minor concerns, but together they suggest a vehicle that may benefit from a general recommissioning of ancillary items and a fresh set of front brake pads with the wiring properly secured. On a test drive, verify the function of all four indicators including the rear pair for brightness consistency, and listen for any scraping or grinding from the front discs under light braking that could confirm the pads have been allowed to run low. Given the commercial usage profile, the buyer should also budget for proactive replacement of consumables such as cambelt, water pump, and dual-mass flywheel if service history cannot verify recent attention to these items, as the combination of high mileage and repeated front-end mechanical failures points towards a vehicle needing diligent front-axle refurbishment and comprehensive mechanical inspection beyond what the MOT record alone can confirm.