Daimler Truck eActros Lowliner Debuts With 500-km Range

eActros Lowliner Debuts for Mega-Trailer Operations

Daimler Truck eActros Lowliner made its debut at IAA Transportation 2026 in Germany on September 13, giving the company a new battery-electric tractor configuration for mega-trailer operations. The 4x2 tractor uses a 4-metre wheelbase and a 2.50-metre-wide cab, while its low fifth-wheel height helps mega-trailers remain within legal height limits and still provide up to 3 metres of interior height. Orders are scheduled to open in Q3 2026 across EU30 and other international markets. Series production is planned at Daimler Truck’s Wörth plant in Germany from Q2 2027, establishing the Lowliner as a production-bound addition to the company’s electric truck lineup.

Battery Options Balance Range and Payload

The Lowliner combines an electric drive axle, LFP batteries and an 800-volt electrical system with the Multimedia Cockpit Interactive 2. Buyers can specify either two or three 207 kWh battery packs, creating different configurations for payload and range requirements. The fully loaded eActros 600 Lowliner offers around 500 km of range, while the lighter eActros 400 Lowliner can carry up to 24 tonnes. By comparison, the three-battery eActros 600 has a payload of around 21 tonnes. This configuration strategy gives operators a choice between greater range and higher payload capacity within the same low-fifth-wheel tractor concept.

eActros Lowliner Battery, Range and Payload Specifications

The main specifications presented for the Lowliner focus on battery capacity, operating range and payload. The two available battery configurations use 207 kWh packs, while the eActros 600 Lowliner is rated for around 500 km of range when fully loaded. The lighter eActros 400 Lowliner provides a higher payload capability of up to 24 tonnes, compared with around 21 tonnes for the three-battery eActros 600.

Charging System Targets Faster Turnaround

Charging capability is centered on CCS2, with the truck supporting charging at up to 400 kW. A two-battery configuration takes around 46 minutes to charge from 10–80%, while three batteries require about 70 minutes for the same charging window. Daimler Truck plans to add MCS charging in H2 2027, with the technology expected to reduce charging time to under 30 minutes. These charging specifications are particularly relevant to long-haul operators because they directly affect vehicle utilization and the time required to restore operating range during scheduled stops.

Electric Axle and Efficiency Technologies

The eActros Lowliner uses the eActros 600’s electric axle, which integrates two motors and a four-speed transmission. The system delivers 400 kW of continuous power and 600 kW of peak power, while regenerative braking recovers energy and stores it in the batteries. Predictive Powertrain Control further supports efficiency by automatically taking road conditions, terrain and traffic signs into account. The truck also adopts the aerodynamic ProCabin, which is designed to reduce energy consumption. Together, these systems connect propulsion performance, energy recovery and vehicle aerodynamics within the Lowliner’s battery-electric operating concept.

Mercedes-Benz NextGenH2 Truck Advances Hydrogen Transport

Alongside the battery-electric Lowliner, Daimler Truck presented its Mercedes-Benz NextGenH2 Truck at IAA Transportation 2026. The fuel-cell vehicle represents the company’s next step toward hydrogen-powered long-haul transport and is being developed with future series production in mind. The truck uses liquid hydrogen and cellcentric’s BZA150 fuel cell, pairing hydrogen storage with fuel-cell electric propulsion. Its presentation alongside the eActros Lowliner highlights Daimler Truck’s approach of developing different zero-emission powertrain solutions for different long-distance operating requirements rather than relying on a single technology across every application.

NextGenH2 Truck Targets Long-Distance Applications

The Mercedes-Benz NextGenH2 Truck also shares several technologies with the battery-electric Mercedes-Benz eActros 600. These include the aerodynamic ProCabin, the new electric axle, Multimedia Cockpit Interactive 2 and the latest ADAS features. Liquid hydrogen enables the NextGenH2 Truck to deliver more than 1,000 km of range on a single tank, while its short refuelling times are intended to support long-distance transport. The combination of long range, fuel-cell propulsion and rapid refuelling is central to the vehicle’s role as a hydrogen alternative for demanding long-haul applications where operating distance and turnaround time are important.

Zero-Emission Truck Strategy Expands

Daimler Truck’s presentation at IAA Transportation 2026 places battery-electric and hydrogen fuel-cell trucks within the same product strategy. The eActros Lowliner addresses a specific packaging and payload challenge for mega-trailer applications, while the NextGenH2 Truck targets long-distance transport with liquid hydrogen and more than 1,000 km of range. For operators, the practical choice between these technologies will depend on route requirements, payload, charging or refuelling conditions and vehicle utilization. The planned Q3 2026 ordering window and Q2 2027 production start for the Lowliner also provide a defined timeline for customers evaluating the new electric tractor.

Commercial Vehicle Implications

The debut of the Lowliner and the continued development of the NextGenH2 Truck broaden Daimler Truck’s zero-emission commercial-vehicle offering at a time when long-haul transport requires solutions that can balance range, payload, energy replenishment and operating efficiency. The Lowliner’s low fifth-wheel design directly addresses mega-trailer height constraints, while its battery configurations allow operators to balance range and payload. Meanwhile, the hydrogen truck extends the company’s technology path for longer-distance applications. The combination could give fleets more powertrain choices as they assess which zero-emission architecture best matches their routes and operating schedules.

Industry Impact & Outlook

The Lowliner could strengthen Daimler Truck’s position in zero-emission tractor applications by addressing the specific dimensional requirements of mega-trailers while retaining multiple battery and payload configurations. Its planned availability across EU30 and other international markets gives fleet operators a defined path toward evaluating battery-electric long-haul operations, while the planned MCS capability could further improve vehicle utilization once introduced. At the same time, the Mercedes-Benz NextGenH2 Truck gives Daimler Truck a separate technology route for applications where more than 1,000 km of range and short refuelling times are important. The two programs therefore expand the range of zero-emission solutions available to commercial fleets.

Frequently Asked Questions

What is the Daimler Truck eActros Lowliner?
The Daimler Truck eActros Lowliner is a battery-electric 4x2 tractor designed for mega-trailer operations with a low fifth-wheel height. It uses an electric drive axle, LFP batteries and an 800-volt electrical system, with two or three 207 kWh battery packs available. The eActros 600 Lowliner offers around 500 km of range when fully loaded, while the lighter eActros 400 Lowliner can carry up to 24 tonnes. Orders are scheduled to open in Q3 2026, with series production planned at the Wörth plant from Q2 2027.

How far can the Mercedes-Benz NextGenH2 Truck travel?
The Mercedes-Benz NextGenH2 Truck is designed to provide more than 1,000 km of range on a single tank of liquid hydrogen. It uses cellcentric’s BZA150 fuel cell and combines hydrogen propulsion with technologies derived from the battery-electric Mercedes-Benz eActros 600. The truck also features the ProCabin, new electric axle, Multimedia Cockpit Interactive 2 and latest ADAS technologies. Its liquid-hydrogen system is intended to provide short refuelling times, making the vehicle suitable for demanding long-distance transport applications where range and turnaround time are important.