Commercial Vehicles & Fleet Management

FOTON Hits 13M Vehicle Milestone, Unveils Zero-Carbon Truck in Hannover

Hannover – September 18, 2026 -- BAIC FOTON delivered its 13 millionth vehicle worldwide at IAA TRANSPORTATION 2026, a GALAXUS 9 unit tested in Spain, as the Chinese commercial vehicle maker pushes deeper into Europe's premium long-haul segment.

FOTON sets 2030 targets of 50% new-energy sales and 40% international sales

The company, which operates in more than 140 countries, used the Hannover show to detail a shift from traditional exports toward a full-value-chain international model. Its European push, branded "In Europe, For Europe," centers on localized production, ecosystem capabilities and regional partnerships rather than pure vehicle shipments.

GAC Commercial Vehicle Debuts at IAA 2026, Reports 205% H1 Sales Surge

Hannover – – September 18, 2026 -- GAC Commercial Vehicle posted a 205% year-on-year sales increase in the first half of 2026 as it made its international debut at IAA TRANSPORTATION 2026, unveiling autonomous heavy trucks, a battery-swap tractor and a new light commercial vehicle brand called MONTX.

GAC pairs its T9 truck with Pony.ai's autonomous driving system and Aulton's battery-swap technology

The T9 Robotruck integrates Pony.ai's fourth-generation autonomous driving technology with GAC's fully redundant drive-by-wire chassis, using nine LiDARs, three radars and 13 cameras. Hardware costs are 70% lower than the previous generation, and autonomous-driving transportation cost per ton-kilometer drops approximately 30%, targeting long-haul, dedicated-route and port operations.

CATL Launches TECTRANS II Battery, Signs DHL MoU for Green Freight

Hanover, Germany – September 18, 2026 -- Contemporary Amperex Technology Co., Limited (CATL) unveiled its next-generation commercial vehicle battery platform, TECTRANS II, at IAA Transportation 2026, claiming a gravimetric energy density of 170 Wh/kg, roughly 13% above the industry average.

TECTRANS II cuts OEM development costs by up to 70%

CATL said the modular platform, which standardizes external dimensions, electrical interfaces and communication protocols across battery packs, helps original equipment manufacturers shorten vehicle development cycles by 50% and reduce R&D costs by 60% to 70%. The platform supports both e-axle and central-drive architectures and allows switching between charging and battery swapping without major changes to vehicle design.