World’s first all-electric compact track loader unveiled
Doosan Bobcat has unveiled its new all-electric Bobcat T7X compact track loader, the first machine of its kind to be fully electric.
Offering the full benefits of eliminating hydraulic systems, components, emissions and vibrations – all while providing a cleaner, quieter machine, the Bobcat T7X was developed for the North American market initially, but internal testing and the gathering of customer feedback is planned for the Europe, Middle East and Africa (EMEA) region to identify its commercial potential.
Scott Park, president and CEO of Doosan Bobcat, said: “Doosan Bobcat is at the forefront of innovation, and we are proud to debut the all-electric technology of the T7X to help customers maximize both sustainability and productivity. Our focus remains on providing solutions and products that empower people to accomplish more and build a better world.”
The Bobcat T7X is fully battery-powered, built to be more productive from the ground up with electric actuation and propulsion, quieter with high-performance torque and more powerful than any diesel-fuelled track loader that has ever come before it – all while eliminating any carbon emissions.
“This machine is a technological feat for Bobcat and for the entire industry,” said Joel Honeyman, vice president of global innovation at Doosan Bobcat. “We challenged the status quo to deliver a connected, all-electric machine designed for power and performance that previously was not possible. We are excited to share this advancement with the world and proud of the hard work that has gone into making this a reality.”
Commenting on future plans for EMEA, Vijay Nerva, head of innovation at Doosan Bobcat EMEA, said: “The T7X has been developed for the North American market for now but it addresses a global need and challenge. We plan to undergo internal testing and gather customer feedback in various countries in the EMEA region this year to better understand customer needs in this market before taking commercial decisions.”