Market Update: Truck Manufacturers Seek Complete Transport & Energy Systems

This week’s update covers the latest developments across electric trucks, battery platforms, charging infrastructure, and hydrogen ecosystems. It also includes some of the strongest signals from IAA Transportation. As previous Market Updates have discussed, they suggest that competition is moving beyond the vehicle itself. The trends reinforce the topics we have been covering in our recent Market Updates: Trucks, batteries, charging, energy management, finance and service are being positioned as a single solution.

DAF Takes Electric Trucks into Construction

DAF widened its electric truck range during IAA Transportation 2026 to 6 x 2, 6 x 4, and 8 x 4 builds, with driven tandem axles rated at 19 tonnes (t) and 21 t. The battery pack has moved out from under the cab. That takes about 700 kilograms (kg) off the front axle and frees up to 2.5 t of payload. Range is over 550 kilometers (km) with up to five lithium-iron-phosphate battery packs.

Why This Matters
These are the jobs that electric trucks usually skip. Tippers, mixers, and demountable bodies care about weight and axle load more than anything else. Moving the battery to fix the front axle shows that where the weight sits now matters as much as how efficient the drive is.

Implications
Range, charger access, and unpredictable shifts remain real limits for trucks that operate hard all day. Electric truck platforms are spreading by adapting the chassis to each job, not by selling one standard truck. Check out this article from Automotive World to learn more.

Bosch Turns Heavy-Truck Drive Systems into a Scale Business

Bosch wants to double its heavy commercial vehicle revenue from over 4 billion Euros to more than 8 billion Euros by 2035. It says its motors and inverters are already in one-third of new battery-electric trucks registered in E.U. Bosch also won the electric powertrain order for the Daimler eActros. Its rigid e-axle covers 18 t to 49 t and puts the motor and transmission inside the axle, with silicon carbide inverters rated up to 99% efficient.

Why This Matters
This is no longer a technology program. Bosch has a named customer, a third of the European installed base and a revenue target that treats heavy trucks as a growth market. Anyone selling a motor on its own is now competing with a supplier selling the whole axle.

Implications
Bosch has not published volumes, unit costs, or market share for the rigid e-axle itself. Value in heavy propulsion is gathering around a few suppliers who can do motor, power electronics and mechanical integration together. Read this Charged EVs’ article to learn more.

CATL Sells Batteries as a Truck Platform

CATL launched TECTRANS II, a modular battery platform that works with both e-axle and central drive layouts. The company quotes:

• A range up to 1,000 km
• 80% charge in 25 minutes
• 170 Watt hours/kg
• 96% round-trip efficiency
• A life target of 12 years or 1.5 million km

CATL claims the standard architecture decreases original equipment manufacturer development time by half. At the same show it signed a deal with DHL on European green freight corridors.

Why This Matters
The headline numbers matter less than the packaging. CATL is trying to make the battery a reusable platform with fixed interfaces and upgrade paths. If that lands, truck makers stop competing on battery integration and start competing on controls, vehicle efficiency and running cost.

Implications
No adoption volumes or production commitments have been disclosed by any truck manufacturer. Commercial vehicle electrification is increasingly sold as a full platform with a supply chain attached, not as a battery. Learn more from this Automotive World article.

BYD Megawatt Charging & Bundled Fleet Offer

BYD launched the ETT 44 electric tractor with a 651-kilowatt-hour Blade Battery with up to a 600-km range and charging above 1.5 megawatts. BYD says it goes from 20% to 80% in about 20 minutes. The truck was presented as one part of a package that also includes charging hardware, stationary storage, energy management software, and financing.

Why This Matters
The interesting part is the bundle. A fleet working with BYD can buy the vehicle, the depot. and the payment terms in one conversation. That is hard to answer with a good truck alone, and it squeezes suppliers who only sell one box in the chain.

Implications
No fleet-scale deployment, payload economics, or operating cost data has been published. Competition in trucks is moving beyond propulsion into depot energy and the cost of operating the fleet. Check out this EV Report article for more.

8 Companies Line up Behind Hydrogen Trucking

At IAA Transportation 2026, Daimler Truck, Volvo Group, Toyota, Bosch, Air Liquide, TotalEnergies, TEAL Mobility, and MB Energy developed a joint plan to scale hydrogen trucking in E.U.. It covers vehicles and hydrogen production, distribution, and refueling. Daimler Truck says customer fuel-cell trucks have now covered almost 600,000 km and that around 100 next-generation trucks will go out from late 2026.

Why This Matters
Hydrogen announcements usually cover one piece of the puzzle. This venture up truck makers, gas producers and fuel retailers at the same time, which is the part that has always been missing. The signal is the industrial commitment, not the technology.

Implications
Nothing here proves hydrogen cost parity, refueling coverage or adoption at any real scale. Large industrial players are funding hydrogen alongside battery-electric rather than dropping it. Learn more from this Automotive World report.

Pay-Per-Use Gets Electric Trucks to Small Haulers

JUNA, the electric truck service venture between Scania and sennder, has passed 100 electric trucks running in Germany, Italy, Poland and the Netherlands. The fleet is now around 110 vehicles and has covered 3.9 million km. JUNA expects about 150 trucks by the end of 2026. Haulers pay per use instead of buying the truck.

Why This Matters
This is a money problem being solved, not a technology one. Electric trucks cost two to three times a diesel, and roughly 70% of European trucks belong to operators with fewer than ten vehicles. Those firms cannot fund a fleet swap. Renting the capability is the only door open to them.

Implications
There is no evidence yet that pay-per-use works across every freight segment or duty cycle. How a truck is paid for is becoming as decisive as what is inside it. Get more info from this electrive article.

Volvo Wins Truck of the Year Because of Its Range

Volvo Trucks won International Truck of the Year 2027 for its heavy electric range, covering FH Electric, FM Electric, FMX Electric, and FH Aero Electric. The jury pointed to longer range, more payload, shorter charging times and the spread of the line-up rather than one flagship model. The FH Aero Electric is said to have a range up to 700 km.

Why This Matters
The award is not the point. An industry jury judging a whole electric range on ordinary truck criteria says these vehicles are now assessed as working trucks, across different jobs and body types, not as a special project.

Implications
This award says nothing about customer economics or how many are sold. This reinforces that long-haul electric trucks are becoming normal products rather than demonstrators. You can learn more from this Commercial Motor article.

FOTON Builds One Platform for Four Energy Routes

BAIC FOTON launched the CAVAN BEACON heavy platform during IAA Transportation. It supports 15 variants across battery-electric, battery-swap, gaseous-hydrogen, and liquid-hydrogen systems. FOTON quotes an electric range of more than 600 km, more than 1,000 km on hydrogen, and 20% to 80% charging in 18 minutes with megawatt charging. It also plans for European assembly by 2028.

Why This Matters
Most truck makers are picking a lane. FOTON is keeping four open on one chassis. If the rules and the charging network stay unsettled, being able to change energy route without redesigning the truck is worth more than being early on any one of them.

Implications
The performance figures come from FOTON, and nothing has been proven at European scale yet. However, the flexibility in the platform may end up mattering more than betting correctly on one energy route. Check out this EV Report article to learn more.

Rare-Earth-Free Motor Reaches Heavy-Truck Power

Advanced Electric Machines published the first full figures for its Titan heavy-duty motor. It gives 700 kW of peak power and 5,000 Newton-meters (Nm) of peak torque, with 500 kW and 3,500 Nm continuous. The motor uses no permanent magnets and no rare-earth materials. The motor weighs around 200 kg and is designed for a broad set of heavy-duty applications.

Why This Matters
Magnet-free motors have primarily been lower power. Titan is one of the first pitched for mainstream, heavy truck duty. It moves rare-earth independence from a materials argument to a direct performance comparison.

Implications
No efficiency map, production commitment, or customer program has been announced. Competition in motors now includes where the materials come from, not just what the motor does. Read this electrive article to learn more.

Chinese Truck Manufacturers Move from Showing up to Setting up

About a dozen Chinese truck brands exhibited electric commercial vehicles during IAA Transportation. Coverage of the show notes the change in what they were talking about. Alongside the vehicles came homologation work, service, dealer capability, and plans for European assembly. Several arrived with volume experience from a much larger electric truck market at home.

Why This Matters
The question has shifted. It is no longer whether these firms can build an electric truck. It is how fast they can stand up the parts, service and approvals that E.U. fleets need before they will buy one. That timeline is shorter than most incumbents assumed.

Implications
Most of these companies are still early in E.U. commercialization, with limited service coverage. Electric trucks are a global contest now, with more suppliers than the market has been planning for. Learn more from this electrive article.

FAW Keeps Five Powertrains on One Truck Platform

FAW TRUCKS used IAA Transportation to show a range of trucks spanning diesel, natural gas, hybrid, battery-electric and hydrogen on a shared heavy-duty platform. The battery-electric CS925 Tractor was displayed next to diesel versions. FAW said the platform is meant for the E.U. It also showed the TL.X concept, built around modular structure and multi-powertrain compatibility.

Why This Matters
Hybrid is not a stopgap in this plan. It is one of five routes FAW intends to keep supported on the same base vehicle. For a supplier, that means the hybrid conversation stays open with this group for longer than with manufacturers that have committed to battery electric only.

Implications
No production volume, launch date, or European fleet commitment was given. Truck manufacturers are hedging against uncertain rules and infrastructure by keeping several powertrains alive. You can learn more by reading this electrive article.

MAN Closes the Payload Gap on Long-Haul Electric

MAN showed an eTGX with a seventh battery pack. It quotes a range up to 720 km, about 10% more usable energy, and 3% better efficiency, while carrying up to 25 t of payload at a vehicle weight of 10.7 t. The truck uses megawatt charging to go from 20% to 80% in roughly 30 minutes.

Why This Matters
Until now, more range meant less payload. MAN is claiming both at once. It reached this capability through battery layout, aerodynamics, and energy management rather than a bigger motor. This is where the remaining gains in long-haul are coming from.

Implications
No fleet economics or real-world operating data has been released to back the claims. However, this reinforces that electric long-haul trucks are now evaluated on payload and cost per kilometer not on emissions. Read this Automotive World article to learn more.

Battery Swapping Re-Enters the EU Conversation

Reporting on September 19, 2026, put the Swaptopus swapping network back in front of E.U. freight, tied to CATL swap-compatible truck batteries and to corridor projects with logistics and energy partners. Coverage places swapping next to megawatt charging as a parallel option rather than a curiosity. Charging, swapping, storage, and the freight operation are being planned as one deployment.

Why This Matters
E.U. truck manufacturers had largely settled on fixed batteries and fast charging. A battery producer and an energy retailer funding the swap route together is the clearest sign yet that the question is still open. It also means depot energy may be designed around more than one refueling model.

Implications
No corridor locations, investment figures, dates, or truck volumes have been confirmed. This reinforces the idea that manufacturers are moving from the vehicle out to the whole freight operation around it. Check out this electrive article for more.

Strategic Implications

The most important signal in this update is not a specific motor, battery, or truck launch. It is the growing shift towards integrated transport systems. Fleets are increasingly making decisions around these elements at the same time:

• Vehicles
• Energy infrastructure
• Charging strategy
• Financing
• Operational support

As a result, propulsion performance alone is becoming less of a differentiator, while vehicle integration, efficiency, packaging and lifecycle economics are becoming more important.

Some key takeaways are:

• Manufacturers are increasingly selling complete operating ecosystems rather than standalone vehicles. BYD is combining trucks, charging, energy management, and financing into a single offer. CATL is positioning batteries as a standard truck platform rather than a component. 
• The market continues to move towards higher levels of drivetrain integration. Bosch says its motors and inverters are already present in approximately one-third of newly registered battery-electric trucks in the E.U., highlighting how value is concentrating around suppliers able to integrate motors, power electronics, and driveline systems. 
• Electric trucks are expanding into applications that previously favored diesel. DAF has extended its electric range into construction-focused 6 x 2, 6 x 4, and 8 x 4 configurations, while MAN is targeting long-haul operations by combining higher range with competitive payload capability.
• Multiple powertrain pathways remain active. FAW continues to support diesel, natural gas, hybrid, battery-electric, and hydrogen on a common platform. FOTON is pursuing battery-electric, battery swap, and hydrogen solutions from a shared architecture. At the same time, Daimler Truck, Volvo Group, and Toyota are backing a coordinated hydrogen ecosystem approach.
• Competitive pressure continues to build. Alongside established European manufacturers such as DAF, MAN, Volvo Trucks, and Scania, Chinese manufacturers including BYD, FAW, and FOTON are moving beyond product launches and investing in European market entry, service capability, and local operations. 

Bottom Line

There is still no single winning route to electrification. Battery-electric trucks continue to improve. Hydrogen remains actively supported by major industrial players. Hybrid architectures are still being developed, and battery swapping has reentered the conversation.

Whether the investment is coming from DAF, MAN, Volvo, Scania, BYD, FAW, FOTON, CATL or Alstom, the common theme is clear: Manufacturers are buying complete transport and energy systems not individual components.