2010-2013 Dacia Logan I MCV (facelift ) 1.6 16V (105 Hp) Ethanol

The Dacia Logan I MCV (facelift 2008) 1.6 16V, producing 105 horsepower and capable of running on E85 ethanol, represents a significant iteration within the first generation Logan MCV (Multi-Capacity Vehicle) series. Introduced in 2010 and continuing through 2013, this variant aimed to provide an affordable and practical station wagon option, particularly within European markets. It was positioned as a mid-range offering, bridging the gap between the base-level engines and the more powerful, though less fuel-flexible, options. The MCV body style, a station wagon, significantly expanded the Logan’s practicality, making it a popular choice for families and commercial users needing substantial cargo space.

Technical Specifications

Brand Dacia
Model Logan
Generation Logan I MCV (facelift 2008)
Type (Engine) 1.6 16V (105 Hp) Ethanol
Start of production 2010
End of production 2013
Powertrain Architecture Internal Combustion engine
Body type Station wagon (estate)
Seats 5
Doors 5
Fuel consumption (economy) – urban (NEDC) 9.7 l/100 km (24.2 US mpg, 29.1 UK mpg, 10.3 km/l)
Fuel consumption (economy) – urban (Ethanol – E85) (NEDC) 13.5 l/100 km
Fuel consumption (economy) – extra urban (NEDC) 5.8 l/100 km (40.6 US mpg, 48.7 UK mpg, 17.2 km/l)
Fuel consumption (economy) – extra urban (Ethanol – E85) (NEDC) 7.8 l/100 km
Fuel consumption (economy) – combined (NEDC) 7.1 l/100 km (33.1 US mpg, 39.8 UK mpg, 14.1 km/l)
Fuel consumption (economy) – combined (Ethanol – E85) (NEDC) 9.7 l/100 km
CO2 emissions (NEDC) 164 g/km
CO2 emissions (Ethanol – E85) (NEDC) 159 g/km
Fuel Type Petrol / Ethanol – E85
Acceleration 0 – 100 km/h 12 sec
Acceleration 0 – 62 mph 12 sec
Acceleration 0 – 60 mph 11.4 sec
Maximum speed 174 km/h (108.12 mph)
Emission standard Euro 5
Weight-to-power ratio 11.3 kg/Hp, 88.6 Hp/tonne
Weight-to-torque ratio 8 kg/Nm, 124.9 Nm/tonne
Power 105 Hp @ 5750 rpm
Power per litre 65.7 Hp/l
Torque 148 Nm @ 3750 rpm (109.16 lb.-ft. @ 3750 rpm)
Engine layout Front, Transverse
Engine Model/Code K4M 696
Engine displacement 1598 cm3 (97.52 cu. in.)
Number of cylinders 4
Engine configuration Inline
Cylinder Bore 79.5 mm (3.13 in.)
Piston Stroke 80.5 mm (3.17 in.)
Compression ratio 9.8:1
Number of valves per cylinder 4
Fuel injection system Multi-port manifold injection
Engine aspiration Naturally aspirated engine
Valvetrain DOHC
Engine oil capacity 4.8 l (5.07 US qt, 4.22 UK qt)
Coolant 4.5 l (4.76 US qt, 3.96 UK qt)
Kerb Weight 1185 kg (2612.48 lbs.)
Max. weight 1770 kg (3902.18 lbs.)
Max load 585 kg (1289.7 lbs.)
Trunk (boot) space – minimum 700 l (24.72 cu. ft.)
Trunk (boot) space – maximum 2350 l (82.99 cu. ft.)
Fuel tank capacity 50 l (13.21 US gal, 11 UK gal)
Max. roof load 80 kg (176.37 lbs.)
Permitted trailer load with brakes (12%) 1300 kg (2866.01 lbs.)
Permitted trailer load without brakes 630 kg (1388.91 lbs.)
Permitted towbar download 75 kg (165.35 lbs.)
Length 4473 mm (176.1 in.)
Width 1740 mm (68.5 in.)
Width including mirrors 1993 mm (78.46 in.)
Height 1640 mm (64.57 in.)
Wheelbase 2905 mm (114.37 in.)
Front track 1469 mm (57.83 in.)
Rear (Back) track 1466 mm (57.72 in.)
Front overhang 797 mm (31.38 in.)
Rear overhang 771 mm (30.35 in.)
Ride height (ground clearance) 160 mm (6.3 in.)
Drag coefficient (Cd) 0.36
Minimum turning circle (turning diameter) 11.25 m (36.91 ft.)
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, Transverse stabilizer
Rear suspension Coil spring, Torsion
Front brakes Ventilated discs, 259 mm
Rear brakes Drum, 203 mm
Assisting systems ABS (Anti-lock braking system)
Steering type Steering rack and pinion
Power steering Hydraulic Steering
Tires size 185/65 R15
Wheel rims size 6J x 15

Powertrain & Engine Architecture

The heart of this Logan MCV variant is the K4M 696 engine, a 1.6-liter inline-four cylinder gasoline engine. This engine, developed by Renault, is known for its robustness and relatively simple design. It features a multi-point fuel injection system and a double overhead camshaft (DOHC) valvetrain, contributing to reasonable performance for its displacement. The engine’s ability to run on E85 ethanol is a key feature, offering potential cost savings in regions where E85 is readily available and competitively priced. However, fuel economy suffers noticeably when running on E85 due to its lower energy density. The engine is transversely mounted, driving the front wheels. The transmission is a five-speed manual gearbox, chosen for its affordability and efficiency. While an automated manual transmission was offered on some Logan models, it wasn’t typically paired with the E85-compatible 1.6L engine.

Driving Characteristics

The 105 hp output and 148 Nm of torque provide adequate, but not exhilarating, performance. Acceleration from 0-100 km/h takes around 12 seconds, making it suitable for everyday driving but not for spirited performance. The five-speed manual transmission is well-matched to the engine’s characteristics, offering reasonable gear spacing. Compared to the higher-output 1.6L variants, this version feels noticeably less powerful, particularly when fully loaded or climbing hills. However, the E85 compatibility offers a unique trade-off, potentially lowering running costs for those who can access the fuel. The suspension is tuned for comfort, prioritizing ride quality over sharp handling. Steering is light and easy, making it suitable for urban environments.

Equipment & Trim Levels

The 1.6 16V Ethanol variant typically came with a modest level of standard equipment. This included power steering, central locking, electric front windows, and an AM/FM radio. Air conditioning was often an optional extra, as were features like alloy wheels and a more advanced audio system. Interior upholstery was typically cloth, with a durable and practical design. The dashboard layout is functional and straightforward, prioritizing ease of use over aesthetic appeal. Trim levels varied slightly depending on the market, but generally, this variant represented a step up from the very basic entry-level models.

Chassis & Braking

The Logan MCV utilizes a McPherson strut front suspension and a torsion beam rear suspension. This setup provides a comfortable ride and adequate handling for its intended purpose. The front brakes are ventilated discs, while the rear brakes are drums. ABS (Anti-lock Braking System) was standard, enhancing safety. The chassis is designed for durability and cost-effectiveness, rather than outright performance. The relatively simple suspension setup contributes to lower maintenance costs.

Market Reception & Comparison

The Dacia Logan I MCV 1.6 16V Ethanol was generally well-received as a practical and affordable station wagon. Critics praised its spacious interior, large cargo capacity, and fuel flexibility. However, it was often criticized for its basic interior, unrefined engine, and somewhat dated design. Compared to other station wagons in its class, the Logan offered a compelling value proposition, particularly in markets where E85 was readily available. The 1.6L engine provided a good balance between performance and fuel economy, although it lacked the punch of the higher-output variants. The manual transmission was preferred by many for its simplicity and reliability.

Legacy

The K4M engine, in its various iterations, has proven to be a remarkably durable and reliable powertrain. The 1.6 16V Ethanol version, while not as common as the standard gasoline variants, has also demonstrated good long-term reliability. Today, used examples are relatively affordable and can be a good option for those seeking a practical and economical station wagon. However, potential buyers should be aware of the potential for age-related issues, such as corrosion and wear on suspension components. The E85 compatibility can be a benefit, but it’s important to ensure that the fuel system is in good condition to avoid any problems associated with ethanol’s corrosive properties.

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