2014 Mercedes-Benz V350 3.5L Petrol · LA64 AAV

A 2014 Mercedes-Benz V350 presenting with a completely unblemished DVSA record, culminating in an MOT pass dated 19 November 2025 with zero advisories or failures recorded, points to a vehicle that has consistently met statutory roadworthiness thresholds throughout its testing cycle. The absence of any historic advisories is particularly significant for a vehicle in its twelfth year, where one would typically expect at least some record of component wear such as corroded brake pipes, perished suspension bushes, or ageing exhaust mounting rubbers. This clean sheet suggests that the major safety-critical systems inspected under the MOT regime, including braking performance, suspension integrity, lighting, and structural corrosion, have all remained within prescribed limits at every test. While a clean MOT history is encouraging, prospective buyers should recognise that the annual MOT test is a relatively shallow inspection and does not substitute for a comprehensive pre-purchase mechanical examination of an MPV of this age and complexity. With only 26,129 miles recorded over twelve years, this V350 has averaged roughly 2,177 miles annually, which is exceptionally low mileage for a family vehicle originally designed for long-distance passenger transport. This usage profile indicates a car that has either been used predominantly for short local journeys or has spent extended periods of the year off the road. Mechanically, this kind of low annual accumulation carries specific implications. Short journeys prevent the engine, transmission, and exhaust catalysts from reaching full operating temperature, which can accelerate oil degradation, promote moisture accumulation within the crankcase, and encourage carbon build-up on components such as the diesel particulate filter or inlet manifold. Conversely, prolonged periods of standing can lead to the deterioration of rubber seals, brake caliper seizure through corrosion on pistons and guide pins, and dry rot in tyres, coolant hoses, and drive belts. The mileage should be cross-referenced against service history invoices to verify whether the odometer reading is supported by documented evidence and whether the vehicle has received time-based servicing rather than purely distance-based maintenance. Given the clean MOT history but the low mileage and age of the vehicle, particular attention should be directed during a physical inspection towards the braking system, where binding or seized calipers are common on vehicles that have stood idle. Listen for any rubbing noise from the wheels when driving slowly in a quiet area, and check that the vehicle pulls up in a straight line without pulling to either side. Inspect the brake discs for surface rust that has not cleared after driving, which can indicate a sticking caliper piston. Examine the underside of the engine and gearbox for oil misting or seepage, paying close attention to areas around the sump, valve cover gasket, and turbo seals if fitted. Low-mileage Mercedes vehicles of this era are also prone to suspension component degradation through standing still rather than wear; check for knocking noises from the front suspension over speed bumps and uneven road surfaces, and visually examine the lower control arm bushes, anti-roll bar drop links, and coil springs for cracking or perishing. Steering play should be tested by gently turning the wheel with the engine running while stationary, noting any excessive free movement that could indicate worn tie rods or steering rack wear. Finally, because no specific advisories exist to target, a broad but thorough physical survey becomes even more critical. Examine the condition of the tyres closely for sidewall cracking, uneven shoulder wear that could suggest misalignment, and check the manufacture date stamps to ensure they are not excessively aged. Open the bonnet and inspect coolant and washer fluid reservoirs for discoloured coolant or crystallised deposits around hose joints, as these can indicate slow leaks that develop on stationary vehicles. Inside the cabin, verify the operation of all electrical systems, including the air conditioning compressor, infotainment screen, electric rear seats, and sliding doors, which are known complexity points on the V-Class platform. Request a handheld diagnostic scan to confirm no latent fault codes are stored within the transmission control module, engine management, or ABS system, particularly any historical intermittent faults that may not trigger a warning light at present. A compression test on a diesel of this age, combined with verification of recent timing belt and auxiliary belt replacement, would provide additional confidence given the considerable age of the vehicle relative to its modest mileage.