Striker Volterra Electric Vehicle Capabilities
- Fully tested and compliant to NFPA 414 and ICAO standards
- An Oshkosh patented electric drivetrain featuring an electro-mechanical infinitely variable transmission allows zero-emissions operation when powered by the integrated onboard batteries, and can be coupled to the internal combustion engine to provide continuous and uninterrupted power to the pumping system or drive system
- Faster acceleration: setting a new standard for performance, the Striker Volterra is capable of achieving 28% improved acceleration when fully loaded, resulting in a quickened response time
- Idle reduction for up to one hour of zero-emissions standby using onboard energy storage
- Zero-emission driving during entry and exit of the fire station using onboard energy storage
- Zero emissions pumping using zero energy storage
Electric vehicle (EV) drive mode is a groundbreaking innovation that allows firefighters to operate their ARFF truck in full-electric mode. Automatically engaged, this drive mode can power all truck operations, so the Striker Volterra electric ARFF is always ready.
During standby mode, the vehicle operates at zero emissions utilizing on-board batteries. Providing comfort and power to required systems. The engine starts as needed to maintain battery readiness.
The vehicle automatically shifts as needed for acceleration, and to maintain the batteries for maximum readiness. The internal combustion engine and batteries work together to maximize performance and improve response time, while reducing emissions. The Striker Volterra 6x6 ARFF can go 0-50 mph (0-80 km/h) in 25 seconds. Improving acceleration by 28% when fully loaded.
Regenerative braking increases efficiency and reduces brake wear. The vehicles kinetic energy is converted to electricity, recharging the batteries, and reducing brake temperature and wear.
Pump and roll is a feature on every ARFF truck we manufacture. This allows the crew to have the vehicle in motion while still powering the pump.
Stationary pumping utilizes the internal combustion engine to efficiently power the water pump. The Command Zone Control System optimizes engine RPM based on water pump requirements to reduce emissions and noise.
