YUNEV Commercial Vehicle E-Mobility Weekly Report

New Holland, JCB, and Volvo CE focus off-highway equipment decarbonization on productivity, uptime, and practical refueling and charging pathways.

May 29, 2026

Week of May 17, 2026

This week’s off-highway commercial equipment news shows OEMs working to solve real-world design challenges: how can lower-emission machines deliver full-shift productivity in real operating environments?

New Holland is developing its TH Hybrid Power telehandler prototype, combining full-electric drive with compressed natural gas (CNG) ICE to support agricultural duty cycles where full-shift productivity and refueling flexibility are absolute requirements. The prototype uses a 70 kWh battery and a serial-hybrid system in which a methane engine acts as an onboard recharger during heavier workloads. New Holland says field testing has shown productivity gains of up to 30% compared with diesel telehandlers, with initial rollout expected to focus on key European agricultural markets.

JCB is taking a different path with hydrogen combustion. The company unveiled the commercially available 3CX Sitemaster Hydrogen backhoe loader, along with a hydrogen-powered ICE generator set and mobile refueling equipment for construction and rental applications. That combination is important because many off-highway applications do not require national or state-level fueling infrastructure. They may only require reliable fuel availability at the jobsite, quarry, depot, farm, or construction zone.

Examples like the JCB backhoe loader could make hydrogen more commercially viable at the micro-infrastructure level where refueling is more manageable than at the macro-infrastructure level, at least for certain equipment categories and operating models.

Volvo CE’s expanding electric equipment lineup, including electric wheel loaders and excavators, offers another ZE pathway.

These developments suggest the off-highway market is not waiting for one universal lower-emission solution. OEMs are testing electric, hybrid, CNG, and hydrogen approaches around key operational parameters like machine utilization, refueling, charging, productivity, and uptime.