Peugeot Expert Standard Diesel 1400 2.0 BlueHDi 120 S Van

From £28,956
Fuel Type Diesel
Engine Size 2.0 l
Doors N/A
Transmission Manual

Features

This is the manufacturer's list specification for this model, please verify the details when you view the vehicle. The list below will not include any additional options fitted to the vehicle or modifications.

Driver Aids
PAS
Interior Features
Driver and passenger sun visors
Height and reach adjustable steering wheel
Ticket holder
Driver Information
Lights on warning buzzer
Service indicator
Clock
Seats
Height adjustable head restraints
Interior Lights
Courtesy light
Load area light
Driver Convenience
Cruise control with speed limiter
Remote headlight adjustment
Body Glass
Laminated windscreen
Security
Rolling code transponder immobiliser
Central locking push button on dash
Exterior Body Features
Lockable fuel filler cap
Safety
Height-adjustable 3-point pre-tensioner seat belts with force limiter
Unfastened seat belt warning for driver and front passengers
Electrical
12V socket in cabin

Technical Specification

This is the manufacturer's list specification for this model, please verify the details when you view the vehicle. The list below will not include any additional options fitted to the vehicle or modifications.

Emissions
CO2
g/km
Fuel Consumption
EC Combined
0.0
Engine
Cylinder Layout
IN-LINE
Cylinders
Front Transverse
Engine Layout
FRONT TRANSVERSE
Fuel Delivery
COMMON RAIL
Gear
6 SPEED
Transmission
Manual
General
Insurance Group 1 - 50
-
Man Corrosion Perforation Guarantee
- years
Manufacturers Paintwork Guarantee
- years
Service Interval Frequency
12 months
Service Interval Mileage
20,000
Service Manufacturers Warranty
3 years
Performance
0 to 60 mph
13.3 sec
Engine Power
- BHP
Top Speed
106 MPH
Dimensions
Height
1940 mm
Height (including roof rail)
N mm
Length
4959 mm
Wheelbase
3275 mm
Width
- mm
Width (including mirrors)
2204 mm
MPG figures are obtained from laboratory testing and intended for comparisons between vehicles. They are unlikely to represent real world efficiency.