Skip to main content

Komatsu and Proterra in e-excavator prototype

The deal with Komatsu is US-based Proterra’s entry into the off-road electric market.
By David Arminas February 8, 2021 Read time: 1 min
Komatsu's prototype mid-range electric excavator will use a Proterra Powered system (image courtesy Proterra)

Proterra, a supplier of commercial vehicle electrification technology, and Komatsu, will work on the equipment maker’s first battery-electric middle-weight excavator.

The collaboration represents Proterra’s entry into the off-road vehicle market and the company’s first Proterra Powered battery-electric construction equipment, according to Proterra, based in the US state of California.

“Komatsu will use Proterra’s high-performance battery systems for the development of a proof-of-concept electric excavator in 2021 before expected commercial production in 2023 to 2024,” noted Proterra. “The Proterra battery system powering the electric excavator will feature high energy-density and fast-charging technology.”

Proterra battery packs, made in the US, are already fitted within a variety of vehicles, including school buses, coach buses, delivery vans and low-floor cutaway shuttle buses.

“The packaging flexibility of Proterra’s battery platform will further enable the optimal placement of the batteries within the middle class excavator and replace the need for a normal counterweight used to balance the excavator’s hydraulic arm movements,” said the press release from Proterra.

“Proterra’s best-in-class battery technology has been proven in 16 million miles driven by our fleet of transit vehicles,” said Jack Allen, chief executive of Proterra. “What’s working in our battery-electric transit vehicles on roads across North America can work off-road, too."

For more information on companies in this article

Related Content

  • Sandvik machines help improve quarry output in Thailand
    June 6, 2016
    The Prachuap Khiri Khan region of Thailand is well known for producing high quality aggregates, with four quarries and six concrete plants in operation. A key producer is Tabsakae Granite, which now operates a complete mobile crushing and screening plant. The Sandvik Construction QJ341 jaw crusher, QH331 Hydrocone crusher and a QA451 triple deck Doublescreen are now delivering high production of quality aggregates. Tabsakae Granite operates a quarry and a concrete plant in the Prachuap Khiri Khan region
  • New compact slipformer widens G&Z range
    March 17, 2016
    A new and more compact slipform paver is being introduced by Guntert & Zimmerman, widening the firm’s range of models. The company has been known in the past for its large slipform pavers used in road and airport runway jobs but in recent years has developed smaller and more compact units. The S400 shares many of its features with the existing S600, which was previously the most compact model in the line-up. The firm’s German representative, Peter Hedke said, “It’s the smallest machine we’ve ever built.”
  • New compact slipformer widens G&Z range
    March 17, 2016
    A new and more compact slipform paver is being introduced by Guntert & Zimmerman, widening the firm’s range of models. The company has been known in the past for its large slipform pavers used in road and airport runway jobs but in recent years has developed smaller and more compact units. The S400 shares many of its features with the existing S600, which was previously the most compact model in the line-up. The firm’s German representative, Peter Hedke said, “It’s the smallest machine we’ve ever built.”
  • Finnish research body highlights hydrogen as future fuel
    May 7, 2013
    The Finnish VTT research body believes that hydrogen offers considerable potential as a future fuel, according to its latest study. The Finnish hydrogen roadmap has been compiled by VTT Technical Research Centre of Finland and partly funded by the Finnish Funding Agency for Technology and Innovation (Tekes). According to VTT’s study, hydrogen fuelled vehicles will be as important as electric/battery types in minimising traffic pollution. The study says that transport applications for hydrogen are now close