MAN eTGX Debuts at IAA with Extended Range

MAN Truck & Bus presented the new fully electric eTGX for heavy long-haul transport at the IAA Transportation 2026 trade show. The aerodynamically optimized vehicle design features a front end extended by 120 millimeters, which significantly reduces air drag while improving the driver's direct visibility. Combined with a new battery generation that offers ten percent more usable energy at the same weight, as well as up to 20 percent higher recuperation performance, the new eTGX operates up to three percent more efficiently than its predecessor.

High-Performance Motorization and Megawatt Charging
A new top-tier motorization delivering 440 kW (598 hp) is available for propulsion. A typical 4x2 tractor unit equipped with six battery packs (552 kWh total capacity) now achieves ranges of up to 660 kilometers with a payload of up to 25 tonnes. The upcoming 6x2 tractor unit offers even greater capacity: by integrating a seventh battery transversely behind the cab, gross capacity increases to 644 kWh, enabling ranges of up to 720 kilometers without intermediate charging. Thanks to the series-produced Megawatt Charging System (MCS) with a charging capacity of up to 750 kW, the batteries can be recharged in around 30 minutes during the legal driving time break. New assistance systems and a new low-visibility window in the passenger door additionally enhance safety for vulnerable road users when turning.

Additional Context: Technological Background and Market Dynamics
This section provides technological and market background not explicitly detailed in the original release.

The electrification of heavy long-haul transport presents engineers with the classic dilemma of maximizing battery capacity within restricted packaging spaces defined by rigid legal length and weight regulations. MAN's decision to extend the front of the eTGX by 120 millimeters strategically leverages new EU regulations for zero-emission vehicles. These rules permit extra length for cabs provided they optimize aerodynamics and significantly improve safety—such as through reduced blind spots.

Another technological breakthrough lies in the system integration of NMC (nickel-manganese-cobalt) batteries. Through improvements in cell chemistry and thermal management, 95 percent of the installed gross capacity (88 kWh out of 92 kWh per pack) can now be utilized for propulsion without negatively impacting cell degradation. This represents an unusually high depth of discharge for commercial vehicles. In parallel, the production-ready Megawatt Charging System (MCS) at 750 kW solves the largest operational bottleneck of e-logistics: charging is seamlessly integrated into the driver's legally mandated 45-minute driving break. The combination of massive charging performance and aerodynamic optimization finally makes electric long-haul transport highly scalable, bringing total cost of ownership (TCO) increasingly on par with conventional diesel fleets.

Edited by Lekshman Ramdas, Induportals editor – adapted by AI.

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