The 2014 Seat Mii Ecofuel is one of the low emitting vehicles from the MII family. The car runs on CNG (compressed natural gas) which is environment friendly and a fuel saver.
In addition, this fuel efficient vehicle provides outstanding performance with a significant reduction in the cost without having to sacrifice the fun dynamics related with the Mii family.
Specifications
| Vehicle Type: Compact | Est. Market Price: €12,050 |
| CNG Tank Capacity: 24.2 lbs (11 kg)** | Range: 240 miles |
| Engine: 1.0L 3 Cylinder CNG* | Compression Ratio: 11.5: 1 |
| Horsepower: 67 HP | Max RPM: 6200 rpm |
| Torque: 67 lb-ft @ 3000 rpm | Transmission: NA |
* Compressed Natural Gas
**with spare tank that holds 10L of CNG
CNG Engine
This car features a 3-cylinder spark-ignition engine with a displacement of up to 1.0 liter. The compact power unit inside the CNG variant produces about 67 horsepower at 6,200 rpm. Due to the light weight nature of this engine, it is able to reach a maximum torque of 67 lb ft at 3,000 rpm with an average consumption of fuel at 2.9 kg of CNG for every 62 miles (100 km) covered.
Performance
The Seat MII Ecofuel runs on a single engine. This allows the engine to produce an output of between 59 hp and 74 hp, but more important is that the engine is specially designed to support CNG fuel. Furthermore, the location of the gas tank is under the door
Design
The 2014 Seat Mii Ecofuel comes in a lovely sleek design. The front protrudes forward with the headlights curving that improve aerodynamics when driving at high speeds.
Exterior & Interior
The wheels are fitted low to the ground to help keep the car stable no matter what speed you are driving at. This MII vehicle comes with a white finish.
Internally, the car is very simple. The seats are stitched in cloth for comfort and the control panel is centrally positioned near the steering wheel for easy access.
To increase the stability of the car, the gas tanks are perfectly placed beneath the vehicle doors. It is easy to access and helps maintain a straight line distributing the weight efficiently.
