2017 Fiat Doblo 1.2L Diesel · LF17 TFN

The 2017 Fiat Doblo presents a generally sound roadworthiness profile, with a maintenance trend that appears stable following a significant repair. The most recent MOT on 20 March 2026 at 82,677 miles passed with zero defects, a clean bill of health that directly followed a failure on the same day at 82,675 miles for a fractured nearside front coil spring. This immediate retest and pass confirm the critical suspension component was replaced, rectifying a serious structural fault that would have compromised vehicle handling and safety. The record suggests a responsible intervention, moving from a dangerous defect to a fully compliant state within a single day. The mileage accumulation of 82,677 miles over approximately nine years averages out to roughly 9,186 miles per year, which is typical for a light commercial vehicle of this age. The recorded intervals show steady, incremental use: 70,320 miles in March 2022 and 79,511 miles in March 2025, representing consistent annual mileage without alarming spikes or suspiciously low gaps that might indicate long periods of disuse or a tampered odometer. The data points are sparse, with only three test events over four years, but the progression is logical and linear. Despite the recent clean result, the 2025 failure exposed several areas of neglect that warrant close physical inspection. The tester flagged a defective parking brake, multiple tyres worn to the legal limit, a penetrating nail in the offside rear tyre, and a damaged offside obligatory mirror. This cluster of advisories suggests basic consumable upkeep was skipped between 2022 and 2025. A buyer should thoroughly examine the parking brake system for corrosion or cable seizure, check all tyre sidewalls for embedded objects and uneven wear patterns, and verify the structural condition of the offside door mirror mounting. The fractured coil spring earlier in 2026 also raises questions about the remaining suspension components; inspect the offside front spring for matching fatigue, check the suspension bushes and shock absorbers for leaks or deterioration, and assess the subframe and mounting points for any corrosion that could compromise long-term structural integrity.