Generations
GEN1 — Original Series
1981–1994
2.0 Petrol
Top issues to watch for
The most serious Talbot Express 1300 P problems ranked by severity. We track 5 known issues — here are the ones you need to know about first.
Dangerous
Structural corrosion in suspension mounting areas
The load-bearing structure within 30cm of subframe and suspension mounting points corrodes severely on this commercial vehicle platform. MOT data shows this affects the structural integrity of the chassis assembly, with failure rates 52x higher than the fleet average. The combination of commercial loading, road salt exposure, and the vehicle's age makes this corrosion pattern both predictable and dangerous. Unlike surface rust, this affects the fundamental strength of the vehicle's structure.
What happens if ignoredStructural failure of suspension or subframe mounting points creates an immediate safety hazard. The vehicle may lose steering control or suffer suspension collapse. This is not repairable to original strength standards and typically renders the vehicle unroadworthy. The car should not be driven if structural corrosion is confirmed.
Major
General body corrosion
Widespread body corrosion affects the overall structural rigidity of this 1980s commercial vehicle platform. The steel used in commercial vehicles of this era had minimal corrosion protection, and the utilitarian design prioritised function over longevity. Body and chassis mounting points are particularly vulnerable.
What happens if ignoredAdvanced body corrosion compromises crash protection and can lead to MOT failure for structural integrity. Repair costs typically exceed the vehicle's value due to the extent of metalwork required. While not immediately dangerous like subframe corrosion, it renders the vehicle uneconomical to maintain.
Independent garage
£800–£2,000
Parts only
£200–£600
Major
Wheel bearing failure
Wheel bearings fail at exceptionally high rates on this commercial vehicle platform, with MOT data showing failure rates 82x higher than the fleet average for excessive play. The combination of commercial loading, age-related seal deterioration, and the vehicle's utilitarian bearing specifications creates premature wear. Both front and rear bearings are affected, with roughness developing before complete failure.
What happens if ignoredA collapsed wheel bearing can cause wheel seizure or detachment, creating a serious safety hazard. Early intervention when roughness is detected prevents catastrophic failure. Complete bearing failure typically requires professional recovery and creates additional damage to the hub assembly.
Independent garage
£120–£200
Parts only
£45–£80
Major
Brake system efficiency problems
Service brake efficiency falls below minimum requirements at rates 38x higher than the fleet average. This commercial vehicle platform suffers from brake caliper seizure, flexible hose deterioration, and brake fluid contamination that reduces braking effectiveness. The combination of age, commercial loading, and corrosion-prone brake components creates systematic brake performance degradation that fails MOT standards.
What happens if ignoredInadequate braking performance creates a serious safety risk, particularly with commercial loading. MOT failure is certain until brake efficiency is restored. Seized calipers can cause brake fires in extreme cases. The vehicle should not be used for commercial purposes until brake system is fully restored.
Independent garage
£180–£350
Parts only
£60–£150
1 more known issues tracked
Including wear items, electrical niggles, and generation-specific problems.
MOT failure hotspots
Based on DVSA MOT test data. These are the items where the Talbot Express 1300 P fails at a significantly higher rate than the average car.
Emissions failure
Exhaust & Emissions · 40-60k miles
MOT failure rate: 376x the fleet average
Sample: 370 tests
Headlight fault
Lights & Electrics · 60-80k miles
MOT failure rate: 120x the fleet average
Sample: 415 tests
Wheel bearings worn
Suspension · 20-40k miles
MOT failure rate: 109x the fleet average
Sample: 108 tests
Wiper fault
Wipers & Windscreen · 60-80k miles
MOT failure rate: 85x the fleet average
Sample: 415 tests
ABS fault
Bodywork · 80-100k miles
MOT failure rate: 69x the fleet average
Sample: 214 tests
Electrical wiring fault
Lights & Electrics · 60-80k miles
MOT failure rate: 61x the fleet average
Sample: 385 tests
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Related
Talbot Express 1300 P reliability FAQs
What are the most common problems with the Talbot Express 1300 P?
The Talbot Express 1300 P has 5 known issues across 3 severity levels. The most serious are: Structural corrosion in suspension mounting areas.
Is the Talbot Express 1300 P reliable?
The Talbot Express 1300 P has 1 dangerous and 3 major known issues. Most can be avoided with a thorough pre-purchase check and full service history.
How much does it cost to fix Talbot Express 1300 P problems?
Costs vary by issue. Independent garages are typically 30-50% cheaper than main dealers for most repairs.