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Traton R&D chief confirms LFP batteries under review for trucks
Traton R&D chief Niklas Klingenberg confirms the group is evaluating LFP batteries: "Are we considering LFP? Yes, absolutely." MAN and Scania chemistry calls loom.
Scope of change
- Traton R&D chief Niklas Klingenberg said: "Are we considering LFP? Yes, absolutely."
- Klingenberg is a key decisionmaker on truck technology at MAN and Scania.
- The Traton Group is investing heavily in new drive technologies.
- The interview also covered China's role in the truck technology race.
- No LFP production timeline, supplier or vehicle program has been confirmed.
Traton's top development executive has confirmed the group is actively evaluating lithium iron phosphate (LFP) battery chemistry for its commercial vehicle lineup. "Are we considering LFP? Yes, absolutely," said Niklas Klingenberg, the Traton Group board member responsible for research and development, in an interview with electrive.
The confirmation matters because Traton — the truck group that spans MAN and Scania and is majority-owned by Volkswagen Group — has bet heavily on new drive technologies, and battery chemistry choices will determine cost, range and sourcing strategy across its brands for the next decade. Klingenberg sits at the centre of those decisions as one of the key decisionmakers shaping truck technology at both MAN and Scania.
What did Klingenberg actually say?
The clearest signal in the interview is the LFP statement. Asked directly whether the chemistry is on the table, he did not hedge: "Are we considering LFP? Yes, absolutely." That is a stated intention to evaluate, not a confirmed production decision — no timeline, plant allocation or supplier was named. Traton has not yet said which vehicles would receive LFP cells, whether they would come from European cell makers or Asian suppliers, or when a series decision is due.
The interview also touched on two further themes:
- Group dynamics — how development decisions are coordinated across MAN, Scania and the wider Traton organisation.
- China's role in the technology race — the competitive pressure Chinese manufacturers and suppliers are exerting on European truckmakers in electrified drivetrains.
Why does LFP matter for commercial vehicles?
LFP cells trade lower energy density for lower cost, longer cycle life and better thermal stability than nickel-heavy chemistries. For trucks, which run high mileage and favour durability and total cost of ownership over outright range, those trade-offs can work in LFP's favour. A chemistry shift at Traton scale would also ripple through the European battery supply chain, affecting cell suppliers bidding for MAN and Scania business.
Klingenberg's explicit endorsement of LFP as a candidate puts Traton in line with the broader industry move toward cheaper cell formats for volume commercial applications — but until the group names suppliers or programs, it remains an evaluation, not a launch plan.
What to watch next
The questions now are concrete: whether Traton confirms an LFP program for a specific MAN or Scania platform, which cell partner wins the contract, and how the group's China strategy — both as a competitive threat and a sourcing option — shapes the decision. Watch for series-production announcements and supplier nominations in the coming program cycles.
via electrive (Source)
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Correspondent covering business strategy at Autoplant Brief.
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