Mecalac Launches eS900tele Electric Loader at Bauma 2025

Munich, Germany - Groupe Mecalac S.A.S., a construction machinery manufacturer, introduces its latest innovation: the eS900tele, a 100% electric telescopic swing loader at Bauma 2025. With a growing zero-emission lineup, including the e12 loader (11 tonnes), the eS1000 swing loader (1,000 litres), and the eMDX dumper cab (6 tonnes), the company continues to push boundaries in sustainable urban construction.

The addition of the eS900tele further strengthens this ecosystem, offering a complete electric solution for digging, loading, and transporting, all while minimizing the environmental footprint of urban job sites.

A key factor in the shift to electric equipment is autonomy, and Mecalac delivers. Designed specifically for the demands of construction sites, the eS900tele offers a full day of operation on a single charge, providing up to 8 hours of continuous work.

Equipped with a cutting-edge 700-volt, 75 kWh battery system, both the eS900tele and its sibling, the eS1000, offer an industry-first combination of power and endurance. Outperforming its diesel counterpart, the AS900tele, the eS900tele delivers a robust 72 kW of gross power via three independent electric motors. Its 180° swivel arm, extended reach, and optimized turning radius allow unmatched agility and versatility, boosting productivity in tight urban spaces.

Built on a solid chassis and featuring a low center of gravity, the eS900tele maintains excellent stability regardless of the load position. Unlike traditional telescopic handlers, it comes with a spacious, ergonomic cab that offers 360° visibility, ensuring operator comfort, safety, and ease of use.

By expanding its zero-emission range, Mecalac is not only advancing equipment performance but also driving meaningful change in urban construction. The eS900tele reduces carbon emissions, lowers noise pollution, and cuts maintenance costs, all while delivering the power and reliability professionals demand.

You must be logged in to respond.