Hybrid Telehandler Integrates Dual Power Architecture

A hybrid telehandler prototype introduces a dual-energy propulsion system designed for agricultural and material handling applications, combining electric drive and compressed natural gas (CNG) to optimise emissions, autonomy, and machine performance.

Hybridisation in Agricultural Equipment Design
The Hybrid Telehandler prototype reflects a shift toward low-emission architectures in off-highway machinery. Developed by New Holland and unveiled at Agritechnica 2025, the machine integrates hybrid propulsion into a compact telehandler platform, targeting reduced environmental impact without compromising operational capability.

The system combines electric drive with compressed natural gas, enabling a reduction in CO₂ and pollutant emissions compared to conventional diesel-powered telehandlers. This dual-energy approach also supports extended operating autonomy by diversifying energy sources.

Integration of Powertrain and Machine Architecture
A key engineering challenge in the prototype lies in integrating the hybrid powertrain within the spatial constraints of a telehandler. The design incorporates both energy systems while maintaining machine balance, structural integrity, and load-handling performance.

The compact architecture enables efficient packaging of components, supporting manoeuvrability and stability in agricultural environments. This integration also contributes to optimised weight distribution, which is critical for lifting operations and safety.

Operator-Centric Design and Functional Performance
The machine design prioritises operator usability alongside powertrain innovation. The cab layout and visibility have been optimised to improve situational awareness during loading and material handling tasks. Enhanced control systems support smoother operation, particularly in applications requiring precision positioning.

The hybrid system also contributes to reduced noise levels during electric operation phases, improving working conditions in enclosed or noise-sensitive environments such as livestock facilities or storage areas.

Industrial Design and Functional Differentiation
The telehandler’s design combines structural functionality with a distinct visual identity. The external geometry reflects both aerodynamic considerations and practical requirements such as accessibility, cooling, and component protection.

Surface design and proportions have been adapted to accommodate hybrid system integration while maintaining compatibility with New Holland’s broader equipment design language. This approach ensures continuity across product lines while introducing new visual cues linked to electrification and sustainability.

Recognition in Industrial Design Evaluation
The prototype received the iF Design Award 2026, selected from over 10,000 entries submitted by approximately 5,000 companies. The evaluation considered criteria such as functionality, differentiation, and integration of technical innovation into industrial design.

This recognition highlights the role of design not only in aesthetics but also in enabling the integration of new technologies within complex machinery systems.

Role in Sustainable Off-Highway Machinery
The Hybrid Telehandler demonstrates how hybrid propulsion can be applied to agricultural equipment to reduce emissions and improve efficiency. As regulatory and operational pressures increase, such architectures are expected to play a growing role in the transition toward more sustainable off-highway vehicles.

By combining alternative energy sources with optimised machine design, the concept aligns with broader trends in electrification and hybridisation across industrial mobility sectors.

Edited by an industrial journalist Sucithra Mani with AI assistance.

www.newholland.com