You don't have to be a car aficionado in order to appreciate the finesse of the BMW i8 Spyder. This latest concept design comes in succession to the previous i8 Coupe that was showcased earlier last year.
The hybrid car can run up to 19 miles on electricity alone before the engine kicks in in order to recharge the batteries. The BMW i8 Spyder features front-wheel, rear-wheel and all-wheel drive, allowing the driver to switch between efficiency, performance or weather-traction. Using carbon fiber and aluminum, BMW was able to reduce the extra weight caused by the hybrid drivetrain.
Going from zero to 62 mph in just five seconds, the BMW i8 Spyder is a beautiful concept design that will hopefully see production in the near future. Of course, whether or not that coincides with when you'll be able to afford one remains unannounced.
Why This Trend Is Growing
- Hybrid Electric Cars
- The success of BMW's i8 Spyder concept demonstrates a growing interest in eco-friendly vehicles that utilize both electric and gas power.
- Luxury Eco-friendly Cars
- BMW's i8 Spyder concept presents a disruption to the traditional perception of eco-friendly vehicles as being basic and utilitarian.
- Carbon Fiber Vehicle Components
- BMW's use of carbon fiber and aluminum in the construction of the i8 Spyder highlights a potential market for lightweight, yet durable, vehicle components.
Industries Being Reshaped
- Automotive Manufacturing
- The success of the BMW i8 Spyder concept highlights opportunities for automotive companies to develop eco-friendly luxury cars that combine electric and gas power.
- Green Energy
- The increasing popularity of hybrid and electric cars presents opportunities for the green energy industry to innovate and create more efficient and sustainable energy sources.
- Materials Science
- The use of carbon fiber in the BMW i8 Spyder concept highlights a growing market for lightweight, durable materials in the automotive and aerospace industries.
