2019 Peugeot Elddis 2.0L Diesel · DN19 TER

A modest, low-volume usage profile defines the mechanical story of this 2019 Peugeot Elddis, with the most recent MOT on 23 October 2025 returning a pass and no defects recorded. Across the four tests on file, two passes are completely uneventful (October 2023 and October 2024, the latter only days after a failure was rectified), and one further pass in October 2025 maintains that pattern of clean outcomes. The two failures recorded both fall into the electronic emissions and visibility category rather than structural or wear-related deterioration. A Major engine malfunction indicator lamp (MIL) was flagged on 7 October 2024, the same day the vehicle passed once that issue was resolved, and earlier in October 2023 a Major tyre pressure monitoring system fault plus insufficient windscreen washer fluid were identified. None of these items relate to corrosion, braking, steering, suspension, or exhaust integrity, so the structural and mechanical roadworthiness record on file is essentially unaffected by recurrent defects. Recorded mileage stands at 6,457 miles over a seven-year span, equating to roughly 922 miles per year on average, which is very low for a vehicle of this age. There are no conspicuous gaps between annual tests, suggesting the car has been presented regularly even if it has not been driven extensively. This kind of usage tends to produce minimal wear on friction components such as brake discs and pads, clutches, and tyres, but can introduce separate considerations around standing-start degradation of rubber seals, drive belts, brake calliper slide mechanisms, and any rubber-bodied fluid lines. The fact that tyre pressure monitoring and washer system faults have appeared historically is consistent with low daily use, where pressures drift and washer reservoirs run dry between infrequent top-ups. For a prospective buyer, the priorities on inspection should mirror the items the MOT record has touched upon. With a recorded MIL fault having been raised and cleared, it is prudent to scan for any re-illumination of the engine warning light on ignition or during a sustained drive, and to confirm the tyre pressure monitoring system registers all four wheels correctly after a manual reset, as intermittent sensor battery failure is common on low-use cars. Washer fluid delivery should be checked at both the nearside and offside jets for adequate throw onto the windscreen, and the headlamp washers, if equipped, should be exercised. Beyond those repeat items, the absence of any structural advisories means close attention should turn to the areas most affected by standing: brake disc surfaces for any surface corrosion pitting that could cause pedal judder on the first application, handbrake travel or seizing of the rear calipers, and the condition of the exhaust mounting rubbers and undertray fasteners which can perish without regular use. On a test drive, listen for any clonks or knocks from the front suspension over speed humps and uneven surfaces, particularly from the lower wishbones, anti-roll bar drop links, and top mounts, as these can dry out and seize when a vehicle is rarely exercised. Apply the brakes firmly from around 30 mph to verify there is no vibration through the steering wheel or pedal, which would indicate corroded or warped front discs from prolonged standing. Check that the steering returns smoothly to centre without binding after low-speed turns, and that there is no pulling to one side under light throttle, which might point to seized brake caliper slides or uneven tyre wear from under-inflation during storage. Finally, confirm that all warning lamps extinguish promptly after engine start and that the tyre pressure monitoring system does not flag any wheel after a few miles of driving, as these were the precise systems identified as problematic in the recorded history.