2019 Nissan E-NV200 Electricity · BN69 VGC

The vehicle holds a compliant roadworthiness status with a stable maintenance trend, confirmed by a defect-free pass on 11 December 2025 at 32,594 miles. The certification remains current relative to mid-2026, and the testing sequence shows consistent baseline compliance. A single advisory appeared during the 1 December 2023 examination at 24,795 miles, where the tester flagged the rear nearside and offside tyres as just starting to perish and crack. The absence of subsequent failures indicates the previous keeper replaced the rubber promptly. No structural, braking, or steering faults have interrupted the record, demonstrating reliable upkeep of critical safety systems. At roughly seven years of age, the recorded 32,594 miles equates to an average annual distance of approximately 4,656 miles. The odometer advanced from 18,020 miles on 2 December 2022 to 32,594 miles by December 2025, reflecting steady, low-volume usage without sudden spikes or irregular jumps. This pattern suggests the van spent considerable time stationary or on short local runs rather than sustained highway service. Limited operation typically preserves suspension geometry and drivetrain bearings, yet it frequently accelerates the deterioration of rubber seals, brake hoses, and tyre sidewalls due to prolonged static exposure and lack of flexing. A thorough physical examination should prioritise elastomer degradation and moisture-related corrosion given the low mileage profile. Inspect the rear tyre sidewalls and tread blocks for continued dry rot or flat-spotting that often develops when a commercial vehicle sits for extended periods. Check the suspension bushes, anti-roll bar links, and brake flexible hoses for hardening or cracking, as static loads degrade rubber faster than regular driving cycles. Verify the condition of the brake discs and drums for surface rust or scoring, since infrequent braking allows damp air to settle on the friction surfaces. Finally, assess the underbody and wheel arches for structural corrosion, particularly around the rear axle mounting points and battery tray, to confirm the chassis retains full integrity.