2019 Mercedes-Benz V 2.1L Diesel · HJ02 NET

The 2019 Mercedes-Benz V presents a concerning pattern of intermittent failures and recurring advisories across its seven-year history, rather than a consistently clean roadworthiness record. While the most recent MOT on 2026-02-24 resulted in a pass with no recorded defects, this outcome sits atop a timeline marked by multiple serious faults. A failed test occurred on 2024-02-27 revealing a missing nearside rear wheel fix, an engine management malfunction, and fluctuating nearside rear service brakes. Earlier in 2023, dangerous tyres were found bulging on three positions—front left, front right, and rear—alongside ongoing steering rack play and thinning rear inner brake pads. The progression from advisory-level issues to major failures within a few years indicates underlying structural and systems weaknesses that have not always been fully resolved before each new MOT cycle. With 429,994 miles recorded on a vehicle that is approximately seven years old, the annual accumulation rate of roughly 61,428 miles stands out as unusually high compared to typical usage profiles for such an age group. This volume of mileage, combined with the documented failures spanning from late 2023 through early 2024, suggests either sustained high-frequency driving or prolonged periods of elevated use interspersed with storage intervals. The testing gap between the May 2023 pass and the February 2024 failure represents a particularly intense period of stress where critical components likely reached end of life. The combination of extreme mileage and scattered failure events points toward accelerated wear on suspension bushings, brake system internals, and drivetrain assemblies that would normally require more frequent attention given the total distance covered. Focused on the recorded component failures, the front suspension system shows a clear degradation path beginning with mild oil misting in the front shocks noted in 2023 and 2025, progressing to confirmed bushing wear described in 2025 and continued play in the steering rack inner joints across 2023 and 2024. On a test drive, the buyer should pay close attention to the rear suspension when traversing uneven surfaces; a loss of firmness or a noticeable pull to one side while turning indicates possible damage to the front or rear suspension arms and bushings. The steering column should be monitored for any vague play or wobble during gentle cornering, as the repeated steering rack joint issues could manifest as a subtle lateral drift. Additionally, the nearside rear service brake exhibits a known tendency for fluctuation, which may present as a slight delay or pulse in braking performance during hard deceleration. The engine management system showed a malfunction requiring a fail on 2024-02-27, which may indicate internal electrical or sensor failures that could recur if not properly addressed, though the current MOT does not list active engine problems. Visible oil leakage around the rear axle housing is mentioned in the 2023-03-01 and 2024-02-27 records, so inspecting the rear suspension area for fresh leaks or wet spots is essential. Given the reported tyre bulges on all four tyres in March 2023, a thorough visual inspection of the tread depth and sidewall condition should confirm whether any remaining structural damage remains. Finally, because the rear inner brake pads were already thinning in mid-2023 and no replacement is indicated in the latest MOT, the buyer should verify that the brake fluid level is adequate and that the service brake response remains consistent during a test drive, as persistent fluctuations could signal deeper hydraulic or master cylinder issues that may not surface until under load.