Bmw I8 Fiche Technique
The BMW i8 is a groundbreaking plug-in hybrid sports car that represents the perfect fusion of performance, efficiency, and futuristic design. Since its debut, the i8 has captured the imagination of automotive enthusiasts worldwide, offering a unique blend of cutting-edge technology, stunning aesthetics, and impressive driving dynamics. The fiche technique of the BMW i8 provides an in-depth look at the car’s specifications, performance capabilities, and innovative features, allowing potential buyers and car aficionados to fully appreciate what sets this vehicle apart from traditional sports cars and other hybrids.
Overview of the BMW i8
The BMW i8 is part of BMW’s i” sub-brand, which focuses on sustainable and innovative mobility solutions. As a plug-in hybrid, the i8 combines an electric motor with a high-performance gasoline engine, delivering both exhilarating acceleration and exceptional fuel efficiency. Its futuristic design, featuring scissor doors, aerodynamic lines, and a low, wide stance, not only captures attention but also enhances performance and reduces drag.
Design and Exterior Features
- Scissor-style doors that open upwards, giving the car a striking presence.
- Lightweight carbon-fiber reinforced plastic (CFRP) body for improved strength and reduced weight.
- Aerodynamically optimized exterior with sculpted lines, air curtains, and active air flaps.
- Full LED headlights and taillights for improved visibility and a modern aesthetic.
- Distinctive kidney grille and futuristic accents that signify BMW’s i-series design language.
Performance and Powertrain
The BMW i8 fiche technique highlights the car’s innovative hybrid powertrain, which pairs a turbocharged 1.5-liter three-cylinder engine with an electric motor. This combination produces remarkable performance figures while maintaining efficiency that surpasses many traditional sports cars. The electric motor powers the front wheels, while the gasoline engine drives the rear wheels, creating a sophisticated all-wheel-drive system known as eDrive.
Engine Specifications
- Gasoline Engine 1.5-liter turbocharged three-cylinder, producing approximately 228 horsepower.
- Electric Motor 141 horsepower, powered by a lithium-ion battery pack.
- Total System Output Approximately 369 horsepower, allowing 0-100 km/h acceleration in around 4.4 seconds.
- Top Speed Electronically limited to 250 km/h.
- Transmission 6-speed manual for the electric motor and 6-speed automatic for the gasoline engine, providing smooth power delivery.
Fuel Efficiency and Emissions
The BMW i8 is notable for its impressive efficiency, achieving fuel consumption figures far below typical sports cars. The plug-in hybrid system allows for short trips in fully electric mode, reducing fuel usage and emissions in urban settings. According to the fiche technique
- Combined Fuel Consumption Approximately 2.1-2.5 L/100 km.
- CO2 Emissions Around 49-59 g/km, depending on driving conditions and model year.
- Electric Range Up to 37 km (23 miles) on a full charge.
Interior and Comfort
The interior of the BMW i8 combines luxury, technology, and driver-focused design. Lightweight materials, including carbon fiber and premium leather, provide a sophisticated yet sporty environment. The low seating position enhances the car’s dynamic feel, while advanced technology ensures comfort and convenience.
Key Interior Features
- Fully digital instrument cluster with customizable displays.
- High-resolution infotainment system with navigation, connectivity, and voice control.
- Premium audio system for an immersive listening experience.
- Sport seats with adjustable settings for optimal comfort and support.
- Climate control and ambient lighting for a refined driving environment.
Safety and Driver Assistance
BMW has incorporated numerous safety and driver assistance systems into the i8, reflecting its commitment to protecting occupants while enhancing the driving experience. These systems are highlighted in the fiche technique as integral features of the car.
Safety Highlights
- Multiple airbags, including front, side, and curtain airbags.
- Electronic Stability Control (ESC) and Anti-lock Braking System (ABS) for enhanced vehicle control.
- Traction control and brake assist to maintain stability in various conditions.
- Advanced driver assistance features such as parking sensors, rear-view camera, and adaptive LED headlights.
Technology and Connectivity
The BMW i8 is equipped with state-of-the-art technology that enhances both driving pleasure and connectivity. The car’s infotainment system, combined with intelligent driving modes, allows drivers to tailor the performance and efficiency to their preferences. The i8 also integrates smartphone connectivity, allowing seamless access to apps, navigation, and music while on the go.
Driving Modes
- eDrive Electric-only mode for silent, emission-free driving in urban areas.
- Comfort Balanced mode for everyday driving, optimizing fuel efficiency and comfort.
- Sport Maximum performance mode, delivering aggressive throttle response and dynamic handling.
- Eco Pro Focused on efficiency, adjusting powertrain and climate control to conserve energy.
Dimensions and Weight
The BMW i8 fiche technique details the car’s dimensions and weight, highlighting its compact yet agile structure. Its low center of gravity and lightweight construction contribute to superior handling and responsiveness.
- Length 4,689 mm
- Width 1,942 mm
- Height 1,293 mm
- Wheelbase 2,800 mm
- Curb Weight Approximately 1,485 kg
The BMW i8 is a remarkable example of automotive innovation, combining the performance of a sports car with the efficiency of a plug-in hybrid. Its fiche technique reveals a sophisticated balance of power, technology, safety, and design. From its futuristic exterior and lightweight construction to its powerful hybrid powertrain and luxurious interior, the i8 represents the future of sustainable high-performance vehicles. Whether for enthusiasts seeking a thrilling driving experience or eco-conscious drivers looking for efficiency without compromise, the BMW i8 remains a benchmark in modern automotive engineering.