2007-2010 Citroen Jumpy II Multispace 2.0 16V (140 Hp) L1

The Citroen Jumpy II Multispace 2.0 16V (140 hp) L1, produced between 2007 and 2010, represents a versatile offering within the second generation of Citroen’s popular Jumpy line of light commercial vehicles and passenger-oriented MPVs. Positioned as a mid-range option within the Multispace family, this variant aimed to balance practicality, comfort, and reasonable performance for families and those requiring flexible passenger and cargo space. The “L1” designation indicates the short wheelbase version of the Jumpy II, making it more manageable for urban driving and parking compared to the longer L2 and L3 models. It was primarily marketed in Europe, where compact MPVs and vans were – and continue to be – a significant segment of the automotive market.

Technical Specifications

Brand Citroen
Model Jumpy
Generation Jumpy II Multispace
Type (Engine) 2.0 16V (140 Hp) L1
Start of production 2007
End of production 2010
Powertrain Architecture Internal Combustion engine
Body type Minivan
Seats 5-6
Doors 4
Fuel consumption (urban) 13.2 l/100 km (17.8 US mpg, 21.4 UK mpg, 7.6 km/l)
Fuel consumption (extra urban) 8.0 l/100 km (29.4 US mpg, 35.3 UK mpg, 12.5 km/l)
Fuel consumption (combined) 9.9 l/100 km (23.8 US mpg, 28.5 UK mpg, 10.1 km/l)
CO2 emissions 235 g/km
Fuel Type Petrol (Gasoline)
Acceleration 0 – 100 km/h 13.4 sec
Acceleration 0 – 62 mph 13.4 sec
Acceleration 0 – 60 mph 12.7 sec
Maximum speed 165 km/h (102.53 mph)
Emission standard Euro 4
Weight-to-power ratio 12.4 kg/Hp, 80.7 Hp/tonne
Weight-to-torque ratio 9.6 kg/Nm, 103.8 Nm/tonne
Power 140 Hp @ 6000 rpm
Power per litre 70.1 Hp/l
Torque 180 Nm @ 2500 rpm (132.76 lb.-ft. @ 2500 rpm)
Engine layout Front, Transverse
Engine Model/Code RFH EW10A
Engine displacement 1997 cm3 (121.86 cu. in.)
Number of cylinders 4
Engine configuration Inline
Cylinder Bore 85 mm (3.35 in.)
Piston Stroke 88 mm (3.46 in.)
Number of valves per cylinder 4
Fuel injection system Multi-port manifold injection
Engine aspiration Naturally aspirated engine
Engine oil capacity 5 l (5.28 US qt | 4.4 UK qt)
Kerb Weight 1734 kg (3822.82 lbs.)
Max. weight 2672 kg (5890.75 lbs.)
Max load 938 kg (2067.94 lbs.)
Trunk (boot) space – maximum 3473 l (122.65 cu. ft.)
Fuel tank capacity 80 l (21.13 US gal | 17.6 UK gal)
Max. roof load 170 kg (374.79 lbs.)
Permitted trailer load with brakes (12%) 2000 kg (4409.25 lbs.)
Permitted trailer load without brakes 750 kg (1653.47 lbs.)
Permitted towbar download 90 kg (198.42 lbs.)
Length 4805 mm (189.17 in.)
Width 1895 mm (74.61 in.)
Width with mirrors folded 1986 mm (78.19 in.)
Width including mirrors 2194 mm (86.38 in.)
Height 1880 mm (74.02 in.)
Wheelbase 3000 mm (118.11 in.)
Front track 1562 mm (61.5 in.)
Rear (Back) track 1596 mm (62.83 in.)
Front overhang 975 mm (38.39 in.)
Rear overhang 830 mm (32.68 in.)
Drivetrain Architecture The Internal combustion engine (ICE) drives the front wheels of the vehicle.
Drive wheel Front wheel drive
Number of gears and type of gearbox 5 gears, manual transmission
Front suspension Independent, type McPherson with coil spring and anti-roll bar
Rear suspension Semi-dependent beam with stabilizer lateral stability
Front brakes Ventilated discs
Rear brakes Disc
Assisting systems ABS (Anti-lock braking system)
Steering type Steering rack and pinion
Tires size 215/60 R16
Wheel rims size 16

Powertrain & Engine Architecture

The heart of the Jumpy II Multispace 2.0 16V is the PSA Group’s RFH (also known as EW10A) engine. This 1997cc, naturally aspirated inline-four cylinder engine utilizes a multi-point fuel injection system and a double overhead camshaft (DOHC) valvetrain with four valves per cylinder. The engine’s design prioritized smooth operation and reasonable fuel efficiency over outright performance. The 140 horsepower output at 6000 rpm and 180 Nm (132.76 lb-ft) of torque at 2500 rpm were typical figures for this class of engine in the late 2000s. The engine is known for its relative simplicity and robustness, though it is not without its potential maintenance needs, such as occasional issues with the timing chain. The engine was paired with a 5-speed manual transmission, which was the standard offering for this variant. While an automatic transmission was available on other Jumpy II models, it was not offered with the 140 hp 2.0L engine.

Driving Characteristics

The Jumpy II Multispace 2.0 16V L1, with its 140 hp engine and 5-speed manual transmission, offered adequate, but not exhilarating, performance. Acceleration from 0-100 km/h (0-62 mph) took around 13.4 seconds, and top speed was limited to 165 km/h (102.53 mph). The engine’s torque curve provided reasonable pulling power for everyday driving and carrying a full load of passengers or cargo. The gear ratios were tuned for fuel economy and drivability rather than sporty acceleration. Compared to the more powerful (but less common) petrol engines available in the Jumpy II range, or the diesel options, this variant felt noticeably less responsive. However, it offered a smoother and quieter driving experience than the diesel alternatives. The relatively short wheelbase of the L1 model contributed to nimble handling, making it easier to maneuver in tight urban environments.

Equipment & Trim Levels

The Jumpy II Multispace 2.0 16V L1 typically came equipped with a reasonable level of standard features, including power steering, central locking, electric front windows, and an adjustable steering column. Interior upholstery was typically cloth, with a functional, if somewhat basic, dashboard layout. Optional extras included air conditioning, rear parking sensors, upgraded audio systems, and alloy wheels. Higher trim levels, if selected, could add features like cruise control, automatic headlights, and rain-sensing wipers. The Multispace trim level, in general, focused on providing a comfortable and practical interior, with flexible seating arrangements and ample storage space.

Chassis & Braking

The Jumpy II Multispace utilized a McPherson strut front suspension with a coil spring and anti-roll bar, providing a comfortable ride and predictable handling. The rear suspension employed a semi-independent beam axle with a stabilizer bar, which helped to reduce body roll during cornering. Braking duties were handled by ventilated discs at the front and solid discs at the rear, equipped with an Anti-lock Braking System (ABS) as standard. The braking system was adequate for the vehicle’s weight and performance, but not particularly powerful. The steering was a rack and pinion system, providing precise and responsive control.

Market Reception & Comparison

The Citroen Jumpy II Multispace 2.0 16V L1 was generally well-received by automotive critics as a practical and versatile MPV. However, the petrol engine was often criticized for its relatively high fuel consumption compared to the diesel alternatives, and its lack of outright performance. The diesel-powered Jumpy models were significantly more popular in Europe due to their superior fuel economy and torque. The 140 hp petrol engine offered a smoother and quieter driving experience, but it came at the cost of increased running costs. Compared to competitors like the Renault Scenic and Volkswagen Touran, the Jumpy II Multispace offered a more spacious interior and greater cargo capacity, but its styling was considered less modern.

Legacy

The RFH/EW10A engine, while not known for being exceptionally durable, has proven to be reasonably reliable with regular maintenance. Common issues include timing chain wear and occasional oil leaks. The Jumpy II Multispace 2.0 16V L1 remains a relatively affordable option in the used car market today. Its spacious interior, practical design, and reasonable running costs make it a suitable choice for families or individuals requiring a versatile vehicle. However, potential buyers should be aware of the engine’s potential maintenance needs and the higher fuel consumption compared to diesel alternatives. The Jumpy II, in general, established Citroen as a key player in the European MPV segment, and its legacy continues with the current generation Jumpy/SpaceTourer models.

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