IAA takeaways reinforce Bernstein’s view of structural pressure on European truck OEM economics.

Overview

This IAA Transportation trade-show review examines the strategic challenges facing European truck OEMs. Bernstein concludes that new Chinese competition, the economics of autonomous freight and the slow but regulation-driven BEV transition can pressure incumbent pricing, margins and cash investment, even as Daimler Truck, Volvo and Traton continue to launch competitive electric products.

Core views

Bernstein’s central conclusion from the IAA Transportation show is that the European truck sector faces structural risks that full valuations do not reflect. The clearest theme was the expanding presence of Chinese OEMs. Bernstein found their truck quality strong and directed at fleet and driver pain points, while maintenance and financing solutions—traditionally viewed as hard for entrants to replicate—appear to be in place. The firm expects only a limited number of the more than 10 new competitors ultimately to secure meaningful market share, but argues that their collective push could still undermine incumbent pricing and margins, particularly in less-specialised highway applications. Daimler Truck, Volvo and Traton are responding with new electric launches, including MAN’s next-generation battery with 10% better weight density, Mercedes-Benz’s eActros range and Volvo’s FH Electric, but product launches do not remove the competitive threat. Electrification remains small today but creates an addressable competitive battleground. Battery-electric vehicles represent about 2% of Europe’s roughly 350,000-unit annual heavy-truck market, or about 5% including medium-duty trucks. Bernstein considers the roughly 30% penetration implied by 2030 EU emissions regulations unlikely to be achieved, especially as regulation is under review, but still expects a market of more than 50,000 electric trucks. BYD aims to be among Europe’s top three BEV-truck suppliers, SuperPanther plans to sell 1,000 trucks in 2027 versus 100 in 2026, and Sany already sells more than 1,000 trucks monthly in China. Bernstein therefore frames a 20–30% or greater Chinese share of Europe’s electric-truck market by the end of the decade as a plausible scenario. The report argues that BEV truck adoption is constrained principally by total cost of ownership rather than by battery technology alone. Less than 1% of US medium- and heavy-duty trucks are electric or fuel-cell powered, compared with 5.4% in Europe, including roughly 2% for pure heavy-duty trucks; China reached 17% heavy-truck penetration after a marked acceleration in 2025. Among the legacy European OEMs, EV penetration is 2.2% for Volvo, 1.6% for Daimler Truck and 1.2% for Traton. Batteries represent an estimated 30–50% of BEV truck cost of goods sold. Although truck-battery costs outside China have fallen about 63% since 2018, Chinese OEMs retain an estimated 40% battery-cost advantage. Bernstein’s modelling indicates that a further 50% battery-cost decline—equivalent to about five years at historical reductions—would reduce vehicle prices by roughly 13% but TCO by only 3–4%, insufficient for parity on its own. BEV economics depend materially on regulations, subsidies, electricity and maintenance costs, payload and charging availability. The report finds that specific settings with favourable operating inputs and large subsidies can produce an attractive TCO, but broad long-haul adoption remains difficult. A Tesla Semi reportedly has about 10–15% lower payload than diesel alternatives for heavier shipments; charging time adds labour cost; and uncertain rollout of 1MW charging networks constrains operating range. Bernstein estimates that, over five years, more than $148k of subsidy would be required to achieve TCO parity for Volvo VNR/eCascadia or BYD 8TT models, versus about $48k for Tesla Semi and Windrose. Without subsidies, it estimates Volvo/Freightliner electric trucks are 15–20% more expensive on a TCO basis than diesel models. Europe’s regulatory pathway remains more demanding, with a 28% GHG reduction required in 2030 and a 50% NOx reduction under Euro VII in 2029; BNEF estimates 34% of medium- and heavy-duty trucks would need to be electric or fuel-cell powered by 2030. By contrast, the report says US federal CO2 obligations on new heavy-duty trucks end from model year 2027 after the EPA repealed relevant standards, while the 35mg NOx standard begins in January 2027. Autonomous trucking is the other major long-term source of industry disruption. Drivers represent more than 40% of truck-operator TCO, and hours-of-service restrictions leave truck assets underutilised. Bernstein notes that driver shortages are worsening: the estimated 2030 US deficit is projected to be double the 80,000-driver shortage in 2021. Autonomous operation could also improve fuel efficiency by 10–15%, reduce accident-related downtime and be easier to deploy on long, straight highways than in dense urban conditions. Using its proprietary US TCO model, Bernstein estimates a driver-as-a-service autonomous operation could save about $0.65 per mile, or reduce TCO by 28%, before software fees. It assumes fleets must retain a meaningful share of this benefit to encourage adoption, implying autonomous-driver software revenue of roughly $0.30 per mile and a remaining 15% TCO improvement versus human drivers. The report sees customer consolidation as autonomy’s most underappreciated consequence for OEMs. The industry’s top four OEMs hold roughly 90–95% share in their markets but sell to a fragmented carrier base; 60% of US carriers own one truck and 86% own fewer than six. Large fleets are likely to adopt autonomy first and use lower costs to gain freight share. Because OEMs earn better pricing and higher margins from smaller customers, and large fleets generally consume fewer parts and maintenance services, this shift could weaken OEM market power and reduce high-value aftermarket revenue. Bernstein also identifies potential offsets: recurring software-related revenue, higher truck prices, and stronger equipment demand if lower freight costs create a truckload-velocity supercycle. Daimler is developing an in-house autonomous driver through Torc Robotics, but Bernstein notes cumulative EBIT losses above €1.1bn following the €150m acquisition. The resulting investment burden is significant. The report expects autonomous and electric trucks to keep investment elevated, after sector R&D, capex and JV/associate cash investment exceeded €7bn in 2024; it expects another increase as a percentage of sales in 2026 and sustained elevated spending thereafter. For Daimler Truck, management reiterated 2024 capital-markets-day plans including European cost restructuring, service-and-parts growth and defence revenue of €1bn in 2028, with Mercedes-Benz Trucks margins expected to rise from 6% currently to 10% by 2030. Bernstein doubts the planned €1bn of European cost savings will fully reach the bottom line amid intensifying competition. It highlights a China-business decision and an autonomous milestone before year-end as catalysts, but calls Daimler expensive with limited upside catalysts over the next six months. The report rates Daimler Truck Underperform, while Volvo and Traton are rated Market-Perform.

Analysis framework

Bernstein combines IAA meetings and product observations with market-share scenarios, proprietary total-cost-of-ownership modelling, battery-cost and truck-price comparisons, regulatory analysis and an assessment of how technology-driven changes in freight customers could transmit into OEM pricing, service revenue, margins and investment requirements.

Methodology notes

• Industry AnalysisSupply-demand framework

  Competitive supply and market-share analysis of Chinese and legacy truck OEMs

  The report assesses how new Chinese supply, credible products and a growing electric-truck market could alter market shares and weaken incumbent pricing and margins.

• Industry AnalysisVolume-price decomposition

  Truck total-cost-of-ownership modelling

  Bernstein compares operating costs per mile, vehicle prices, battery costs, subsidies, payload and charging constraints to explain BEV and autonomous-truck adoption economics.

• Competition & strategyValue chain analysis

  Freight-carrier consolidation and OEM aftermarket economics

  The report traces how autonomous technology could shift gains to large fleets, reduce OEM pricing power and affect service, parts and repair revenue.

• Valuation methodsFCFF/FCFE Free Cash Flow

  Unlevered free-cash-flow valuation for covered OEM industrial businesses

  For company valuation appendices, Bernstein applies NTM+1 unlevered FCF multiples and values financial-services businesses at book value.

Asset mapping & comparison

Structured mapping from thesis to named assets (strengths, weaknesses, peers, risks).

• Daimler Truck (DTG.GR)

  Covered European truck OEM facing competitive, electrification and autonomous-trucking pressure.

  Strengths

  Management reiterated cost restructuring, service-and-parts growth, €1bn defence revenue ambition for 2028, a share-buyback restart and autonomous capability through Torc Robotics.

  Weaknesses

  Bernstein questions whether €1bn of European cost savings can reach the bottom line amid competition; MB Trucks margin recovery from 6% to 10% by 2030 faces execution and market pressure.

  Comparison

  Rated Underperform versus Market-Perform ratings for Volvo and Traton.

  Risks

  European growth recovery, better-than-expected cost-cutting delivery and tariff relief are cited as upside risks.

• Traton (8TRA.GR)

  Covered European truck OEM exposed to electric-truck transition and European demand.

  Strengths

  MAN’s next-generation battery provides 10% better weight density; the group has autonomous testing activity and Scania experience in autonomous mining trucks.

  Weaknesses

  Traton is described as the most exposed to Europe among Bernstein’s truck coverage; EV penetration is 1.2%.

  Comparison

  Rated Market-Perform; its €36 target price implies a 7.6x P/E and is above its long-term average.

  Risks

  Delayed or cancelled Volkswagen stake reduction and weakness in Brazilian and Latin American truck markets are cited downside risks.

• Volvo (VOLVB.SS)

  Covered European truck OEM with electric-truck offerings and exposure to sector disruption.

  Strengths

  Volvo’s FH Electric is described as industry leading on range and payload; Volvo has 2.2% EV penetration, the highest among the three covered legacy OEMs.

  Weaknesses

  Its electric trucks remain materially more expensive on a TCO basis than diesel models without subsidies, according to Bernstein’s estimates.

  Comparison

  Rated Market-Perform; Bernstein values its industrial business at 12.5x NTM+1 unlevered FCF, above its long-term valuation history.

  Risks

  Order intake could miss consensus due to share losses, and weaker free-cash-flow generation could reduce cash returns.

Key data

• European heavy-truck BEV penetration~2%Of Europe’s ~350,000 annual heavy-truck market; ~5% including medium-duty trucks.
• Chinese OEM potential share of European electric trucks20–30% or moreScenario posed by Bernstein for the end of the decade.
• Autonomous truck TCO reduction~$0.65 per mile / -28%US driver-as-a-service model before autonomous-software fees.
• Autonomous software revenue assumption~$0.30 per mileAssumes fleets retain part of the cost savings, leaving a 15% TCO improvement versus human drivers.
• Driver share of truck TCO>40%Largest cost bucket for truck operators.
• Truck battery-cost change since 2018c. -63%For truck batteries outside China; Chinese OEMs retain a ~40% cost advantage.
• Further battery-cost reduction scenario50%Would lower vehicle prices by ~13% but TCO by only ~3–4%, according to Bernstein.
• Sector cash R&D, capex and JV/associate investment>€7bn2024 level; Bernstein expects investment to remain elevated.
• European 2030 ZEV requirement estimate34%BNEF estimate for medium- and heavy-duty trucks needed to meet European targets.

Impact & implications

Bernstein argues that the transition toward electric and autonomous trucks is not simply a product-cycle opportunity for incumbent OEMs. It could force sustained investment while opening the European market to lower-cost Chinese competition and shifting freight economics toward larger fleets, thereby placing pressure on new-truck pricing, aftermarket revenue and margins. The report nonetheless notes possible upside from recurring revenue, higher vehicle prices and stronger demand if autonomy lowers freight costs materially.

Risks

• Chinese truckmakers may gain meaningful European BEV-truck share and pressure incumbent pricing and margins.
• Autonomous trucking could consolidate freight customers into larger fleets, reducing OEM pricing power and high-value parts and maintenance demand.
• BEV TCO parity may remain delayed by battery costs, payload constraints, charging infrastructure and subsidy dependence.
• Elevated spending on autonomous and electric technology could persist beyond 2026.
• For Daimler Truck, weaker-than-expected European growth, cost-cutting delivery and autonomous or China-business execution remain material factors.
• For Traton, Brazilian and Latin American market weakness and uncertainty around Volkswagen’s stake reduction are cited downside risks.
• For Volvo, share losses affecting orders and weaker free-cash-flow generation are cited downside risks.

What to watch

• Chinese OEM progress toward European BEV-truck market share, including BYD’s top-three ambition and SuperPanther’s planned 2027 volume ramp.
• EU emissions-policy implementation and whether 2030 targets retain their current practical force.
• Availability of subsidies, 1MW charging infrastructure and changes in electricity, maintenance and other BEV-TCO inputs.
• Commercial autonomous-trucking milestones, including Aurora’s expected 2027 rollout and Daimler’s milestone before year-end.
• Daimler Truck’s decision on its China business, European cost-saving delivery and margin-recovery progress.
• European truck orders and deliveries, US margin recovery and Brazilian/Latin American truck-market conditions.