Revolutionizing Supercars with Microturbine Technology

Next ONES - The automotive industry is undergoing a significant transformation as electric vehicle (EV) technology gains momentum. This shift is driven by the need for more environmentally friendly transportation options, as EVs produce fewer emissions compared to traditional fossil fuel-powered vehicles. In response, many automotive companies are gradually transitioning to producing electric vehicle models that will be more widely used in the future.

The Capstone Turbine CMT-380, a hybrid microturbine supercar. (Picture from: MotorTrend)

One company at the forefront of this innovation is Capstone, known as a leading producer of low-emission microturbine systems. In 2009, the company unveiled a groundbreaking prototype at the LA Auto Show that captivated the attention of car enthusiasts and industry experts alike. This prototype, known as the Capstone CMT-380, represents a bold leap forward in hybrid supercar technology. Unlike conventional hybrids that typically combine batteries with a standard internal combustion engine, the CMT-380 (based on a Factory Five GTM-which is basically a Ford GT40 kit car) pairs its electric power with a diesel or biodiesel-powered microturbine, which operates similarly to a jet engine.

The Capstone Turbine CMT-380, a hybrid microturbine supercar made its debut at the LA Auto Show 2009. (Picture from: Autogreen.ro)

The CMT-380's performance is nothing short of impressive. The car can accelerate from 0 to 60 mph (96.56 kph) in just 3.9 seconds, demonstrating its potential as a high-performance vehicle. It can reach a top speed of 150 mph (241.40 kph), limited by an electronic governor, ensuring that speed enthusiasts won't be disappointed. 

The C30 (30kW) microturbine that help power the CMT-380. (Picture from: MotorTrend)

On battery power alone, the car is capable of cruising up to 80 miles (128.75 km), making it suitable for short commutes or city driving. However, its true strength lies in its long-distance capabilities. With a single tank of fuel, the CMT-380 can travel up to 499.58 miles (804 km), making it a viable option for long road trips, such as from Idaho Falls to Spokane.

Interior view of the Capstone Turbine CMT-380. (Picture from: AutomobilesReview)

At the heart of the CMT-380 is its 30kW microturbine, which features an electric generator and turbine components mounted on a single shaft. This advanced engineering is supported by air bearings, eliminating the need for liquid lubrication or cooling, which are common in traditional engines. The microturbine's patented combustion system allows it to achieve exceptionally low exhaust emissions without the need for costly exhaust aftertreatment systems. Capstone claims that the diesel-fueled C30 microturbine not only produces ultra-low emissions but also requires less maintenance compared to conventional combustion engines.

Left side view of the Capstone Turbine CMT-380. (Picture from: AutomobilesReview)

The CMT-380 was developed with a focus on high performance and environmental sustainability, a vision brought to life by Richard Hilleman, the Chief Creative Director of Electronic Arts, a renowned video game publisher. Hilleman collaborated with Capstone to create a vehicle that could set a new standard for hybrid electric vehicles. The CMT-380 is equipped with a lithium polymer battery that can be conveniently recharged at home, making it a practical choice for eco-conscious drivers.

Rear three quarter view of the Capstone Turbine CMT-380. (Picture from: CarWisdom)

Rumors have circulated that Capstone may eventually bring the CMT-380 into production, but with a potential price tag exceeding $200,000, it is likely to remain an exclusive offering. This high cost suggests that the vehicle may be produced in limited quantities, catering to a niche market of luxury car buyers who are also passionate about cutting-edge technology and environmental responsibility. Unfortunately, the CMT-380 has remained under the radar, with no updates on whether it ever entered production. However, in 2014, news surfaced that Capstone played a role in developing Walmart's futuristic truck, known as the WAVE (Walmart Advanced Vehicle Experience).

The Capstone CMT-380 represents a fascinating blend of innovation, performance, and sustainability. As the automotive world continues to evolve, vehicles like the CMT-380 pave the way for future advancements in electric and hybrid technology. Whether or not this prototype makes it to production, it serves as a powerful example of what is possible when creativity and engineering excellence come together. The road ahead for electric vehicles is promising, and the Capstone CMT-380 is a testament to the exciting developments that lie in store for the future of transportation.*** [EKA [11012014] | FROM VARIOUS SOURCES | CAPSTONE GREEN ENERGY | NEWATLAS | MOTORTREND | CARWISDOM | AUTOMOBILESREVIEW | AUTOGREEN.RO ]
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