DVLA verified

FORD FUSION2003 · 1.4L Petrol

WF53 AHC

Vehicle Insight Summary

Considering this 2003 FORD FUSION? It's a Petrol with a 1388cc engine showing 117,588 miles. MOT is not recorded and it's not currently taxed. View the full DVLA history below.

MOT
Expired
Expires 02/12/2024
Tax
No data
Fuel
Petrol
Year
2003
Engine
1388cc
Expert AI · Mechanic's Insight
The Ford Fusion passed its most recent MOT on 10 November 2023 at 117,588 miles, yet the test exposed a dense cluster of advisories that reveal a clearly worsening maintenance trajectory. Corrosion and wear items have multiplied since the 2021 records. The vehicle remains road legal but the accumulating defects point to deferred upkeep rather than resolution. Mileage data shows light annual use. Between the 12 November 2021 test at 111,919 miles and the 10 November 2023 pass at 117,588 miles, the car covered just 5,669 miles across two years, averaging under 2,900 miles per year. This low accumulation relative to the vehicle's 23-year age suggests gentle commuting or prolonged storage. The supplied history begins only in late 2021, so earlier care patterns are unseen, but the recent rhythm is steady and uneventful aside from two short-notice failures in November 2021 and November 2022. Recurring faults demand physical verification. The tester flagged severely deteriorated front lower suspension arm ball joint dust covers on both sides in 2022 and 2023, following a single offside defect in 2021; such degradation exposes ball joints to contamination. Brake pipes front to rear and at nearside front and offside rear show persistent corrosion coated in grease, a tactic that masks but does not halt decay. Rear coil springs and front coil spring corrosion progressed from rear-only in 2021 to inclusion of front components by 2023. Rear sub-frame and offside Macpherson strut carry corrosion advisories unchanged since 2022. Power steering seepage from pump and rack noted in 2023 alongside fluid below minimum indicates neglected top-ups; the previous owner let the level drop despite known leaks. Buyer should confirm brake balance on axle two, inspect the minor exhaust gas leak at rear, and check the non-obligatory stop lamp and windscreen chip. The November 2022 failure for service brake efficiency and rear wheel bearing roughness was rectified within three days, showing reactive repair only when forced. This record implies a keeper who addressed statutory failures but ignored creeping structural and mechanical rot.

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

Free vehicle health score

45
/ 100 · Below Average

Public record health check: Below Average.

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

✗ MOT Expired or Failed
! Tax Status Unknown
! Average MOT pass rate (60%)
! Older vehicle
A score of 45 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 WF53AHC

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

Premium Data Locked

Unlock the full Experian-powered report to reveal outstanding finance, write-off history, stolen status, and more.

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

MOT data last updated: 7/16/2026, 6:22:33 AM

Expert AI · Mechanic's Insight
The Ford Fusion passed its most recent MOT on 10 November 2023 at 117,588 miles, yet the test exposed a dense cluster of advisories that reveal a clearly worsening maintenance trajectory. Corrosion and wear items have multiplied since the 2021 records. The vehicle remains road legal but the accumulating defects point to deferred upkeep rather than resolution. Mileage data shows light annual use. Between the 12 November 2021 test at 111,919 miles and the 10 November 2023 pass at 117,588 miles, the car covered just 5,669 miles across two years, averaging under 2,900 miles per year. This low accumulation relative to the vehicle's 23-year age suggests gentle commuting or prolonged storage. The supplied history begins only in late 2021, so earlier care patterns are unseen, but the recent rhythm is steady and uneventful aside from two short-notice failures in November 2021 and November 2022. Recurring faults demand physical verification. The tester flagged severely deteriorated front lower suspension arm ball joint dust covers on both sides in 2022 and 2023, following a single offside defect in 2021; such degradation exposes ball joints to contamination. Brake pipes front to rear and at nearside front and offside rear show persistent corrosion coated in grease, a tactic that masks but does not halt decay. Rear coil springs and front coil spring corrosion progressed from rear-only in 2021 to inclusion of front components by 2023. Rear sub-frame and offside Macpherson strut carry corrosion advisories unchanged since 2022. Power steering seepage from pump and rack noted in 2023 alongside fluid below minimum indicates neglected top-ups; the previous owner let the level drop despite known leaks. Buyer should confirm brake balance on axle two, inspect the minor exhaust gas leak at rear, and check the non-obligatory stop lamp and windscreen chip. The November 2022 failure for service brake efficiency and rear wheel bearing roughness was rectified within three days, showing reactive repair only when forced. This record implies a keeper who addressed statutory failures but ignored creeping structural and mechanical rot.

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

AI Analysis · MOT Narrative

This 2003 Ford Fusion (WF53 AHC) has a recorded MOT history spanning from November 2021 to November 2023, with 5 MOT tests on record.

Historically, this vehicle has passed 60% of its MOT tests, totaling 3 passes against 2 fails. The pass rate is roughly in line with national averages for vehicles of this age.

The most commonly flagged areas across all MOT tests are: Brakes (26 issues), Suspension (17 issues), Lighting (13 issues), Tyres (3 issues), Windscreen (1 issue). These areas are worth paying attention to when inspecting this vehicle.

There are 51 advisory notices in the MOT history. Advisories are not failures but indicate areas that may need attention in the future.

A total of 10 failure items have been recorded across all tests. Recent failure items include: “Offside Front Brake pipe excessively corroded (1.1.11 (c))”; “Engine MIL inoperative or indicates a malfunction (8.2.1.2 (h))”; “Nearside Rear Wheel bearing rough when rotated (5.1.3 (b) (i))”.

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

PASS
FAIL
ADVISORY

Buyer's Guide

AI-powered analysis based on real MOT data and market insights.

Buying Score
35/100
Risk Level
Very High
Very High
Est. Annual Cost
£1,500-£2,000
Mileage
The recorded mileage of 117,588 miles is...

Our Verdict

Avoid this vehicle unless you're prepared to invest in extensive repairs. Repeated corrosion, suspension, and braking issues indicate significant underlying problems.

Negotiate aggressively due to the vehicle's condition. Insist on a pre-purchase inspection by a specialist to assess corrosion damage, suspension integrity, and brake system functionality. Check for rust in wheel arches, underbody, and chassis. Verify service history for repairs related to brake pipes, coil springs, and power steering. Be prepared for high repair costs, particularly for exhaust, suspension, and braking components.

Reviewed by the IsItAGoodCar editorial team — AI-assisted analysis verified by automotive experts.

Data Sources

DVSA

MOT test records from the Driver & Vehicle Standards Agency.

DVLA

Vehicle registration, tax, and specification data.

OneAutoAPI

Market valuation, warranty, and recall intelligence.

AI Analysis

Machine learning insights trained on millions of UK MOT records.

Learn more about our methodology