Peugeot Expert I

Peugeot Expert I
Photo: Vauxford / Wikimedia Commons · CC BY-SA 4.0

The Peugeot Expert I (1995–2006): dimensions, weights, reliability and the official figures of its 4 versions in the United Kingdom.

Model codes: 222 · Sold in: United Kingdom

Reliability and owner reports

UK MOT: first-time pass rate by age

Age at testPass rateUK averageTests
13 years and older55.4% (54.5–56.2)69.2%12,869

What the MOT finds

AreaThis modelUK average, same ages
Suspension53.2%41.6%
Body, chassis and structure44.0%18.6%
Brakes42.8%36.4%
Lights and electrics36.8%28.8%
Tyres35.7%31.2%
Noise, emissions and leaks32.4%17.1%

First MOT test of each car per year in 2022–2024, from the DVSA’s anonymised test results; only ages with at least 500 tests are shown. The figure in brackets is the 95% confidence interval; green or red means clearly above or below the UK average. The second table shows how often an item was noted (defect or advisory) in each area, against the UK average for cars of the same ages. DVSA anonymised MOT tests (Open Government Licence)

All 4 versions of the Peugeot Expert I

United Kingdom 4 versions

New cars on sale in the UK, from the Vehicle Certification Agency. NEDC figures until 2018 and WLTP figures after; years are the editions a version appeared in.

Years and versionEnginePowerFuelGearboxConsumption (combined)CO₂
2001–20062.0 HDi 16v (110 bhp)2.0 L82 kW (111 PS)Diesel5-speed manual7.0 L/100 km NEDC186 g/km
2004–20062.0 HDi 8v (110 bhp)2.0 L82 kW (111 PS)Diesel5-speed manual6.7 L/100 km NEDC180 g/km
2000–20022.0 Hdi Turbo 95 bhp Expert Combi · 2.0 Hdi Turbo (95 bhp) Expert Combi · 2.0 HDi Turbo (95 bhp)2.0 L71 kW (96 PS)Diesel5-speed manual6.8 L/100 km NEDC182 g/km
2000–20022.0 Hdi Turbo 110 bhp Expert Combi · 2.0 Hdi turbo (110 bhp) Expert Combi · 2.0 Hdi Turbo (110 bhp) Expert Combi and 1 more trim2.0 L82 kW (111 PS)Diesel5-speed manual6.4 L/100 km NEDC171 g/km

Similar models from other brands

Official figures are measured on standard test procedures and differ between markets. Your consumption depends on how, where and in what conditions you drive.