2004 BMW X5 3.0L Diesel · RL04 ADX

The BMW X5 presents a currently roadworthy status, with the most recent DVSA test on 24 July 2025 at 153,124 miles returning a pass and no defects recorded. Maintenance trend across the available history is stable, showing consecutive clean passes in August 2022, August 2023, August 2024 and July 2025. The only anomaly is a failure on 3 August 2023 at 141,078 miles with no defects listed, immediately followed by a pass on 4 August 2023 at 141,080 miles; this suggests an administrative or non-mechanical rejection rather than a worsening condition. Mileage accumulation aligns with typical use for a 22-year-old vehicle. The odometer advanced from 135,977 miles at the August 2022 test to 141,080 miles by August 2023, then to 146,498 miles in August 2024 and 153,124 miles in July 2025. Annual increments of roughly 5,100 to 6,600 miles sit below the average 6,960 miles per year, indicating light to moderate use with no rapid accumulation or extended dormancy flagged. The record is sparse but clean, offering limited insight into intermediate upkeep between annual tests. Despite the absence of recorded advisories, a buyer should physically scrutinise common X5 wear points before purchase. The tester logged no corrosion, suspension bushes, coil springs or brake disc issues, yet a vehicle of this age and mileage often hides perimeter rust on structural members and fatigued trailing arm bushes. Inspect for binding calipers and uneven brake disc wear, and verify exhaust emissions under load. The unexplained 2023 failure mandates a check of the DVSA refusal notice to confirm no suppressed defect. Prior owners appear to have maintained basic statutory compliance, with the car passing each subsequent annual test without flagged consumable neglect such as tyre tread or wiper blades. That pattern implies routine garaging rather than deferred maintenance. Nevertheless, the lack of advisory history on a 153,000-mile SUV should not substitute for an independent mechanical inspection of drivetrain and chassis integrity.