Anticipation for IAA TRANSPORTATION 2026 is building: Around three months before the launch of the world's leading platform for transport, logistics, and commercial vehicles, international media representatives and leading industry figures gathered at the IAA Media Summit in Frankfurt. Through keynotes, panel discussions, and an interactive networking tour, leading companies from the commercial vehicle industry provided exclusive insights into their latest developments. They also shared a preview of the most important innovations and topics at this year's event—ranging from alternative drivetrains, connected and autonomous vehicles, and software-defined vehicles to AI-powered logistics solutions and the expansion of charging and hydrogen infrastructure. One thing became clear: The technology for transforming the transport sector is ready, but faster progress is needed regarding infrastructure and political frameworks. 

Mercedes-Benz Trucks is expanding its electric long-haul series with the new Mercedes-Benz eActros Lowliner, which was specially developed for high-volume transport with mega-trailers. The model is expected to be available for order starting in the third quarter of 2026, with series production at the Wörth plant kicking off in 2027. 

Technically based on the eActros 600, the Lowliner is offered as a 4x2 tractor unit. Customers can choose between two LFP battery variants: the eActros 400 Lowliner with 414 kWh and a higher payload of up to 24 tons, and the eActros 600 Lowliner with 621 kWh and a range of up to 500 kilometers (approx. 311 miles). 

Standard charging is handled via CCS2 at up to 400 kW, with the Megawatt Charging System (MCS) available as an option. Depending on the battery size, charging from 10 to 80 percent takes around 46 to 70 minutes. 

The Lowliner is driven by an electric axle featuring two electric motors, a four-speed transmission, 400 kW of continuous output, and 600 kW of peak power. Regeneration and the predictive drivetrain control system, Predictive Powertrain Control, are designed to further optimize efficiency and range in long-haul transport.

Kia will showcase its complete all-electric PV5 family and introduce the next phase of its "Platform Beyond Vehicle" (PBV) strategy at IAA TRANSPORTATION 2026. On display will be various body variants designed for different commercial applications, including the PV5 Cargo L2H2 and L1H1 vans, the PV5 Chassis Cab, the seven-seater PV5 Passenger, the wheelchair-accessible PV5 WAV, and a PV5 food truck. The PV5 models are based on the E-GMP.S electric platform, which was specifically developed for commercial vehicles, and are designed to offer high practicality, efficiency, and flexibility. Key features include a tight turning radius, low loading and step-in heights, and a modular body architecture intended to simplify repairs, lower costs, and reduce downtime. With the PBV concept, Kia is taking a holistic approach to electric mobility solutions for commercial use.

The Austrian charging infrastructure provider SMATRICS has launched the "Depot Club," a network for the shared use of depot charging infrastructure for e-trucks. The goal is to connect depot operators and logistics companies, increase the utilization of existing charging stations, and provide additional charging options along major transport corridors. 

At launch, Hasenöhrl Bau GmbH and Friedl GmbH are participating by opening up their charging infrastructure to network members at several locations in Austria. Plans to expand to additional locations in Austria and Germany are already underway. 

The concept allows depot operators to make open charging windows available to other companies, thereby generating additional revenue. At the same time, e-truck fleets gain access to predictable charging stations along their routes without having to invest in new infrastructure themselves. This is intended to prevent detours, redundant investments, and isolated "charging silos." 

With the Depot Club, SMATRICS aims to create a connected charging ecosystem tailored to actual transport flows, improving the economic efficiency of electric logistics. In the long term, the network is designed to increase the availability of e-truck charging infrastructure, accelerate the market ramp-up of battery-electric commercial vehicles, and make it easier for smaller logistics companies to transition to electromobility via charging-as-a-service models. 

The Portuguese charging infrastructure provider i-charging has introduced the new "Blueberry Cluster," a high-performance charging system designed for both electric passenger cars and heavy-duty commercial vehicles. The solution combines high charging capacities with flexible power management and is intended for use primarily along highly frequented transit corridors, as well as in logistics and fleet applications. 

The system offers charging outputs of up to 500 kW per charging station for passenger cars. For heavy-duty electric trucks, the available power can be dynamically increased to up to 600 kW per connection. Total installed capacity stands at 1.2 MW and can be expanded to up to 8 MW in the future. This is expected to make the facility one of the most powerful fast-charging systems currently available for mixed passenger car and commercial vehicle applications. 

A core feature of the system is its intelligent load balancing. The available power is dynamically distributed among the connected vehicles to achieve the highest possible infrastructure utilization. This is particularly beneficial for logistics companies that need to charge multiple vehicles simultaneously while requiring short turnaround times.