The Toyota Mirai is Toyota's first-ever Fuel Cell Vehicle (FCV). So how does the Mirai work? When it comes to the Mirai, it all starts with hydrogen. When you pump hydrogen into the vehicle, the gas travels to carbon-fiber fuel tanks where it's stored. Then comes the air. The Mirai's front intake grills deliver the outside air to the fuel cell stack. That air makes the electricity. Hydrogen travels from the tanks to the fuel cell stack. From there, it goes through a chemical reaction involving the oxygen in the air, creating electricity to power the vehicle. Lastly, the Mirai moves you. When you put your foot on the gas pedal, the electricity from the fuel cell stack is sent to the motor. The best part?  The Mirai leaves behind nothing, but water. In the end, the only by-product of creating electricity with hydrogen and oxygen in our fuel cell stack is water, which leaves through the tailpipe.

Every part in the Toyota Mirai has to meet Toyota's strict safety standards. The carbon fiber tank is made of high-quality carbon fiber and built to be durable, lightweight and incredibly solid. Furthermore, the fuel stack isn't some new, experimental technology. It's a tried-and-tested way to power a range of products, from submarines to backup power generators. Toyota has also designed intelligent monitoring systems for the Toyota Mirai, like shut-off valves that isolate the hydrogen tanks in an emergency. 

Toyota designed every aspect of the Toyota Mirai to be as innovative, efficient and reliable as their fuel cell technology.

  • 8-way power-heated SofTex-trimmed seats
  • Intelligent Touch controls for climate and audio
  • Premium audio system with Navigation, JBL and Entune App Suite
  • Acoustic noise-reducing glass for the windshield, driver-side and front-passenger-side windows
  • Touch sensor lock/unlock door handles
  • Heated outside mirrors with power folding feature
  • Air intakes to guide air into the fuel cell system

Leave your mark by leaving no mark at all with the all-new Toyota Mirai FCV.

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