2021 Toyota Mirai Mirai – Fuel Cell System Explained 2021 Toyota Mirai Mirai – Fuel Cell System Explained - Shorts Cars
Selected Publications: Sno*Drift Rally 2025 - Subaru Motorsports USA | Self-Driving from the factory to the loading dock | Tesla | The C-130J Super Hercules aircraft drops retardant over the Hughes Fire in Castaic, California | Lewis Hamilton's First Lap As A Ferrari Formula 1 Driver | Discover the pinnacle of hypercar performance with Aston Martin's Unleashed program | Alfa Romeo has completed some of the final tests for its modern 33 Stradale supercar | Exercise BARRACUDA-XII commences at Karachi | The C-130J Super Hercules aircraft drops retardant over the Hughes Fire in Castaic, California

2021 Toyota Mirai Mirai – Fuel Cell System Explained

Second generation of Toyota’s ground-breaking, zero emission hydrogen fuel cell electric sedan
New Mirai built on Toyota’s modular GA-L platform, enabling improved system packaging and a more spacious, five-seat cabin
New platform allows for an extra (third) hydrogen fuel tank to be added, contributing to a 30% increase in the car’s driving range to around 650 km
Focus on building more emotional appeal through design and driving quality, in addition to the Mirai’s eco-performance
Completely redesigned fuel cell system, with significant reductions in the size and weight of all principal components

Installing a fully revised fuel cell electric powertrain on the GA-L vehicle platform achieves an ideal 50:50 chassis balance
Toyota targets a 10-fold increase in global Mirai sales
Toyota Mirai Specifications:
▪ Length/width/height/wheelbase – 4,975/1,885/1,480/2,920 mm
▪ Ground clearance – 150 mm
▪ Kerb weight – 1,900-1,950 kg
▪ Engine – Permanent magnet synchronous motor
▪ Fuel Cell Stack – Polymer Electrolyte

▪ Fuel tank type/capacity/volume – Hydrogen/5.6 kg/142.2 litre
▪ Max output – 182 hp (134 kW)
▪ Max torque – 300 Nm
▪ Drivetrain layout – RWD
▪ 0-100 km/h – 9.2 seconds
▪ Top speed – 175 km/h