DVLA verified
MOT valid
Check service history

2022 BMW X5 XDRIVE40D M SPORT MHEV AUTO3.0L Electric Diesel

X5 NWP

Vehicle Insight Summary

With 28,169 miles recorded, this Grey 2022 BMW X5 XDRIVE40D M SPORT MHEV AUTO runs on Electric Diesel with a 2993cc engine. MOT is currently valid and tax is unpaid.

MOT
Valid
Expires 25/04/2027
Tax
No data
Powered by Experian Data
£8.99
Check outstanding finance, stolen records, write-off categories & mileage anomalies.
Instant results • £20,000 data guarantee • Same data source as HPI
Fuel
Electric Diesel
Year
2022
Engine
2993cc
Expert AI · Mechanic's Insight
The vehicle is currently roadworthy, though the maintenance trend shows a transition from reactive repairs to ongoing monitoring. The most recent test in April 2026 at 28,169 miles passed despite a recorded advisory for an oil leak. While this leak was not deemed excessive enough to cause a failure, it indicates the beginning of a seal or gasket degradation that requires close observation to prevent it from escalating into a significant mechanical issue or environmental failure in future tests. The mileage pattern is consistent with typical low-use luxury vehicles, averaging approximately 7,000 miles per year. A gap of 5,839 miles elapsed between the April 2025 and April 2026 tests, suggesting steady and regular usage. This relatively low annual mileage generally implies that mechanical components like the drivetrain and suspension have faced less stress than high-mileage counterparts, though it also means that rubber-based components may age out if the vehicle sits stationary for extended periods. A buyer must conduct a thorough physical inspection of the tyres and wheels following the failure in April 2025. That test at 22,328 miles revealed a structural tear in the nearside rear tyre and a cord-reaching cut on the offside front tyre. While these were replaced prior to the subsequent pass, the buyer should verify the remaining tyres for similar impact damage or uneven wear. Additionally, the oil leak noted in the April 2026 record warrants a visual underbody check to determine if the source originates from a simple valve cover gasket or a more costly engine seal.

AI insights are experimental and can be incorrect. All claims should be manually verified.

Free vehicle health score

67
/ 100 · Average

Public record health check: Average.

Based on free DVLA & DVSA signals. Premium checks for stolen/finance/write-off history are locked below.

✓ Valid MOT
! Tax Status Unknown
! Average MOT pass rate (67%)
✗ 1 dangerous defects found recently
A score of 67 doesn't mean it's safe to buy. Private markers don't appear in public data.
Verified Experian Data

Full History Report

Official provenance and safety check for X5NWP

Data provided by Experian
Stolen
Locked
Finance
Locked
Write-off
Locked
Salvage
Locked
Imported
Locked
Exported
Locked
Scrapped
Locked
Destruction
Locked
V5C Logbook
Locked
Powered by Experian Data

Premium Vehicle History Data Locked

Unlock the full report to reveal outstanding finance agreements, police stolen markers, insurance write-off categories (Cat A/B/C/D/S/N), mileage anomaly checks, and plate changes.

Instant results • £20,000 data guarantee • Same data source as HPI

Data provided by Experian

Technical Specifications

AI Intelligence

What's this car worth today?

Get an instant, AI-powered valuation based on live market data, this exact model, and recent auction results.

Full MOT History

Live data last synced with DVSA: 30 Jul 2026, 16:21
Expert AI · Mechanic's Insight
The vehicle is currently roadworthy, though the maintenance trend shows a transition from reactive repairs to ongoing monitoring. The most recent test in April 2026 at 28,169 miles passed despite a recorded advisory for an oil leak. While this leak was not deemed excessive enough to cause a failure, it indicates the beginning of a seal or gasket degradation that requires close observation to prevent it from escalating into a significant mechanical issue or environmental failure in future tests. The mileage pattern is consistent with typical low-use luxury vehicles, averaging approximately 7,000 miles per year. A gap of 5,839 miles elapsed between the April 2025 and April 2026 tests, suggesting steady and regular usage. This relatively low annual mileage generally implies that mechanical components like the drivetrain and suspension have faced less stress than high-mileage counterparts, though it also means that rubber-based components may age out if the vehicle sits stationary for extended periods. A buyer must conduct a thorough physical inspection of the tyres and wheels following the failure in April 2025. That test at 22,328 miles revealed a structural tear in the nearside rear tyre and a cord-reaching cut on the offside front tyre. While these were replaced prior to the subsequent pass, the buyer should verify the remaining tyres for similar impact damage or uneven wear. Additionally, the oil leak noted in the April 2026 record warrants a visual underbody check to determine if the source originates from a simple valve cover gasket or a more costly engine seal.

AI insights are experimental and can be incorrect. All claims should be manually verified.

AI Analysis · MOT Narrative

Registered in 2022, this BMW X5 Xdrive40D M Sport Mhev Auto with plate X5 NWP has undergone 3 MOT inspections since April 2025.

The vehicle has achieved an overall 67% pass rate, with 2 passes and 1 failure recorded. This is an average MOT record. Some attention to recurring issues may be beneficial.

The most commonly flagged areas across all MOT tests are: Tyres (2 issues). These areas are worth paying attention to when inspecting this vehicle.

There are 3 advisory notices in the MOT history. Advisories are not failures but indicate areas that may need attention in the future.

A total of 2 failure items have been recorded across all tests. Recent failure items include: “Offside Front Tyre has a cut in excess of the requirements deep enough to reach the ply or cords (5.2.3 (d) (i))”; “Nearside Rear Tyre has a tear, caused by separation or partial failure of its structure inner side wall (5.2.3 (d) (ii))”.

AI insights are experimental and can be incorrect. All claims should be manually verified.

PASS
FAIL
ADVISORY