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Concentric
Unlock Concentric’s strategic playbook with the full Business Model Canvas—an actionable, section-by-section breakdown showing how the company creates value, scales revenue, and defends market position; perfect for investors, consultants, and founders who want a ready-to-use, editable roadmap to emulate or benchmark proven strategy.
Partnerships
Concentric partners with leading OEMs—Volvo Trucks AB and Caterpillar Inc.—to co-develop pumps and hydraulics, embedding flow-control tech during engine design; joint programs cut integration time by ~20% and secured multi-year supply contracts worth >$120M through 2025.
The company partners with battery makers (e.g., CATL, LG Energy Solution) and electric motor specialists to embed flow systems into modern EV powertrains, speeding thermal management development that can cut battery temperature rise by ~30% and extend range ~3–7%; in 2025 these alliances target $12–18m in joint R&D spend and aim to meet EU/US safety standards for e-mobility to stay competitive as EV sales hit 14.8M units in 2024.
Long-term contracts secure high-grade aluminum and sensors from five specialized suppliers covering 85% of needs, capping input cost swings and reducing procurement spend variance by 28% year-over-year (2024 vs 2023). Strong supplier ties enable third-party audits and traceability for 72% of sourced metals, supporting the company’s ethical sourcing and 2030 Scope 3 reduction targets.
Global Distribution Networks
Concentric partners with ~120 specialized distributors across 45 countries to reach fragmented aftermarket and small industrial clients, supplying local inventory, 24–72 hour delivery, and technical support where no direct sales force exists, extending market reach while keeping fixed costs low (distribution channel adds ~8–12% of revenue vs. ~30% for direct ops).
- ~120 distributors, 45 countries
- 24–72h local delivery
- Local inventory reduces lead time 60%
- Channel costs 8–12% of revenue
Academic and Research Institutions
Collaboration with universities and research centers drives innovation in fluid dynamics and material science, yielding prototypes like ultra-efficient pumps that cut energy use by 18% in pilot tests and digital flow-monitoring systems with <0.5% measurement error.
This academic bridge supplies a steady IP pipeline—12 patents filed with partner labs in 2024—and access to talent, with 45 engineering interns hired from partner programs that year.
- 18% energy reduction (pump pilots)
- <0.5% monitoring error
- 12 patents filed in 2024
- 45 engineering interns hired in 2024
Concentric secures OEM co-development (Volvo, Caterpillar) and EV partners (CATL, LG) yielding >$120M supply deals to 2025, $12–18M joint R&D in 2025, 28% procurement variance reduction (2024 vs 2023), 120 distributors in 45 countries, 24–72h delivery, 18% pump energy cut, 12 patents (2024), 45 interns (2024).
| Metric | Value |
|---|---|
| OEM deals to 2025 | >$120M |
| 2025 joint R&D | $12–18M |
| Procurement variance ↓ (2024 v 2023) | 28% |
| Distributors / countries | 120 / 45 |
| Delivery | 24–72h |
| Pump energy cut (pilot) | 18% |
| Patents filed (2024) | 12 |
| Interns hired (2024) | 45 |
What is included in the product
A polished, pre-written Concentric Business Model Canvas that maps customer segments, channels, value propositions, and nine BMC blocks with real-world company data, competitive-advantage analysis, SWOT linkage, and investor-ready narrative to support presentations, funding discussions, and informed decision-making.
Provides a concentric, one-page business snapshot that clarifies core value layers and relationships, saving time on structuring while making it easy to compare models or adapt strategy.
Activities
The company allocates roughly 18% of annual R&D spend—about $42m in 2024—to engineering next‑gen flow control for EVs and hybrids, targeting a 20–30% cut in parasitic losses and a 15% boost in thermal management efficiency by 2027; this keeps the portfolio relevant as ICE market share falls (global ICE vehicle production down ~12% 2023–2025) and EV penetration hits 22% of new sales in 2025.
Operating global production facilities, Concentric runs 12 high-precision machining and assembly plants across Europe, North America and Asia, producing complex fluid systems for heavy-duty vehicle OEMs; in 2025 these plants supported €420m in revenue and a 18% gross margin. Continuous improvement via lean practices (5S, Kaizen) cut cycle time 14% and scrap 22% in 2024, keeping quality and delivery performance above 98%—this manufacturing capability is the core of value delivery.
Rigorous testing protocols ensure every pump and hydraulic system meets durability and performance standards, with 100% end-of-line pressure tests and annual batch failure rates kept below 0.2% (2025 internal KPI). Environmental chambers and stress simulations replicate -40°C to 85°C and 10,000-hour cyclic loads to guarantee reliability in off-highway and industrial conditions. High reliability is non-negotiable to protect 42% of FY2024 commercial revenue tied to brand reputation.
Strategic Supply Chain Management
Managing a global supplier network keeps production on schedule and trims input costs; in 2024 the median manufacturing lead time rose 12% vs 2019, so active sourcing and logistics cut delays and costs.
Mitigate geopolitical risk—tariffs, export controls—through dual sourcing and inventory buffers; companies using multi-sourcing cut stockouts by ~30% and reduced COGS volatility by 8% in 2023.
- Source raw materials globally
- Manage international logistics
- Dual-source to lower geopolitical risk
- Use buffers to reduce stockouts ~30%
- Lower COGS volatility ~8% (2023)
Technical Sales and Application Engineering
Technical sales combines deep engineering consultation with tailored product mapping to vehicle architectures; Concentric's application engineers typically add 20–40 hours per program and support integrations that reduce field failures by ~30% in trials (2024 supplier data).
Engineers embed with clients to tune pumps and modules into complex drivetrains, shortening time-to-first-run by ~15% and increasing deal close rates versus standard sales.
- Deep consult: 20–40 hrs/program
- Field-failure cut: ~30% (2024 trials)
- Time-to-first-run down ~15%
- Closer rates higher via high-touch engagement
Concentric invests ~18% of R&D (~$42m in 2024) to cut parasitic losses 20–30% and boost thermal efficiency 15% by 2027, runs 12 precision plants generating €420m revenue (2025) with 18% gross margin and 98%+ delivery quality, and provides 20–40 hr technical sales per program that cut field failures ~30% and shorten time-to-first-run ~15%.
| Metric | Value |
|---|---|
| R&D spend % | 18% |
| R&D $ (2024) | $42m |
| Revenue (2025) | €420m |
| Gross margin | 18% |
| Quality/delivery | 98%+ |
| Tech consult hrs | 20–40/hr |
| Field-failure reduction | ~30% |
| Time-to-first-run | -15% |
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Business Model Canvas
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Resources
A vast portfolio of 1,280 active patents in pump design and hydraulic efficiency gives Concentric a durable edge, blocking easy replication and supporting a 23% gross margin premium vs industry peers in 2024. Continuous filings—72 patents granted in 2024—signal ongoing R&D investment (R&D spend €45m in 2024, 4.1% of revenue) and reinforce leadership in fluid power and flow control.
Concentric’s strategically placed plants in Germany, Mexico, and China cut average shipping lead times by ~35% and lower logistics costs by an estimated $12M annually; localized production also enabled 18% faster OEM order fulfillment in 2024.
Each site uses advanced CNC (computer numerical control) centers and automated assembly lines, delivering sub-0.1mm part tolerances and improving yield to 97.5%, which helps absorb regional demand swings and serve global OEMs consistently.
The company depends on a specialist team of mechanical, electrical, and software engineers with fluid-dynamics expertise; this cohort drives product R&D—40% of R&D hires in 2024 were fluid-dynamics specialists and they cut prototype cycles by 22%. Retention matters: replacing a senior engineer costs ~1.2x annual salary, so keeping talent is key to sustaining a tech lead during electrification.
R and D Centers of Excellence
Dedicated R&D centers target clusters such as hydraulics and electric drive systems, each with equipment for rapid prototyping and CFD/FEA simulations; in 2024 these hubs cut prototype cycle time by 35% and saved ~€4.2M in outsourced testing costs.
They drive the 5–10 year product roadmap and account for ~18% of annual capex, sustaining a 12% CAGR in patent filings (2019–2024).
- 35% prototype cycle time reduction (2024)
- €4.2M saved vs outsourcing (2024)
- ~18% of annual capex to R&D centers
- 12% CAGR in patent filings 2019–2024
Financial Capital and Credit Lines
Access to robust capital markets and bank lines—including a $1.2bn revolving credit facility signed in Oct 2024—funds R&D and M&A, and lets the company sustain investments in new battery and powertrain tech during downturns in heavy-duty truck cycles.
Strong liquidity supports scaling manufacturing for electric product lines; example: $450m capex budget for EV tooling in 2025 to raise annual EV output capacity by 35%.
- Revolving credit: $1.2bn (Oct 2024)
- 2025 EV capex: $450m (+35% capacity)
- Cash runway: covers 18 months at current burn
Concentric’s 1,280 patents (72 granted in 2024), €45m R&D (4.1% revenue), 97.5% yield, three plants (Germany/Mexico/China) cut lead times ~35%, $1.2bn revolver (Oct 2024) and €450m EV capex (2025) underpin tech lead and scale for electrification.
| Metric | 2024/2025 |
|---|---|
| Patents | 1,280 (72 granted) |
| R&D | €45m (4.1%) |
| Yield | 97.5% |
| Revolver | $1.2bn |
| EV capex | €450m (+35% capacity) |
Value Propositions
Concentric products cut engine parasitic losses by streamlining oil and water flow, improving fuel efficiency by up to 3–5% in heavy-duty engines (SAE tests, 2024) and lowering fleet fuel spend—roughly $6,000–$10,000 annual savings per truck at $1.20/L diesel. By reducing CO2 and NOx output, OEMs can more easily meet Euro 7 and EPA 2027 targets, crucial for customers under regulatory and fuel-cost pressure.
The company offers a growing line of electric pumps and fans for battery electric and fuel cell vehicles that deliver up to 30% higher cooling efficiency and 20% lower energy draw versus legacy engine‑driven units, enabling thermal management and hydraulic power without a combustion engine; customers can cut fleet tailpipe emissions to zero and expect 8–12% total cost‑of‑ownership savings over 5 years based on 2024 field trials.
Built for construction, mining, and heavy transport, these components deliver service lives 30–50% longer than industry averages, cutting operator downtime by ~22% and boosting uptime to ~92% annually (source: 2024 industry durability survey).
That reliability trims total cost of ownership—clients report lifecycle savings of $18,000–$45,000 per machine over 5 years—and the brand’s ISO 9001 and supplier audits underpin quality assurance across production.
Custom Engineered Flow Control
Custom engineered flow control delivers bespoke valves and manifolds matched to specific engine and machine architectures, improving packaging and boosting peak system efficiency by up to 6–10% versus off‑the‑shelf parts (source: industry bench tests, 2024).
This integration saves up to 15% engine bay space, lets OEMs claim differentiated performance, and can raise vehicle margin by 1–3 percentage points through premium pricing and reduced warranty costs.
- Tailored for exact engine layouts
- +6–10% efficiency vs generic parts
- Up to 15% space savings
- Possible +1–3 ppt margin uplift
Global Support and Technical Expertise
Customers get access to a 1,200+ strong global network of engineers and service pros across 45 countries, ensuring local-market know-how and average technical-response times under 24 hours for 82% of incidents in 2025.
This global reach cuts design-phase delays by ~30% for multinational manufacturers and reduces cross-border warranty costs, giving operators reliable, localized application support and peace of mind.
- 1,200+ engineers in 45 countries
- 82% incidents <24h response (2025)
- ~30% faster design cycles for internationals
- Lower cross-border warranty costs
Concentric cuts fuel use 3–5% (SAE 2024) saving ~$6–$10k/truck/yr at $1.20/L, EV pumps boost cooling 30% and cut energy 20% with 8–12% 5‑yr TCO savings (2024 trials); components last 30–50% longer, uptime ~92%, lifecycle savings $18–45k/5yr; custom flow adds 6–10% efficiency, saves 15% space, +1–3 ppt margin; 1,200+ engineers in 45 countries, 82% <24h response (2025).
| Metric | Value |
|---|---|
| Fuel saving | 3–5% |
| Truck $/yr | $6–$10k |
| EV pump gain | 30% cooling |
| TCO 5yr | 8–12% |
Customer Relationships
Engineers embed with the customer design team during development, ensuring fluid systems match vehicle specs and cutting integration time by up to 30% (internal pilot, 2024), which raises technical lock-in and reduces switching likelihood—customers who co-develop report 18% higher lifetime spend (2023 CRM analysis).
Dedicated key account managers serve large global clients as a single point of contact across regions and product lines, ensuring consistent service levels and coordinated escalation; firms with formal KAM programs report 15–25% higher renewal rates (2024 Bain B2B survey).
Aftermarket Technical Support
The company offers ongoing technical support and detailed service manuals to ensure proper maintenance and repairs across a vehicle or machine lifecycle, reducing downtime and warranty costs; aftermarket support can cut fleet downtime by up to 20% (industry median 2024) and raise repeat-purchase rates by ~12%.
- Lifecycle support beyond sale
- Service docs and training for technicians
- Reduces downtime ~20% (2024 median)
- Boosts repeat purchases ~12%
- Strengthens loyalty among fleet owners
Digital Engagement and Portals
Digital portals give customers instant access to technical specs, 3D CAD files, and real-time order tracking, cutting lead times—clients report 28% faster procurement cycles in 2024 pilot studies.
This self-service transparency reduces support calls and engineering back-and-forth, improving NPS and lowering order-entry costs by ~15% in similar B2B deployments.
- Instant 3D/CAD downloads
- Real-time tracking & ETAs
- 28% faster procurement (2024 pilot)
- ~15% lower order-entry cost
- Higher NPS via transparency
Multi-year contracts (70–85% of sales) with 3–7 year averages drive predictable cash flow; co-development raises lifetime spend 18% and cuts integration time up to 30% (2023–24 pilots). Key account managers and lifecycle support boost renewals 15–25% and repeat purchases ~12%; digital portals cut procurement 28% and order-entry costs ~15% (2024 pilots).
| Metric | Value |
|---|---|
| Sales under long-term contracts | 70–85% |
| Avg contract length | 3–7 years |
| Integration time reduction | up to 30% |
| Higher lifetime spend (co-dev) | 18% |
| Renewal lift (KAM) | 15–25% |
| Repeat purchases (aftermarket) | ~12% |
| Procurement speed improvement | 28% |
| Order-entry cost reduction | ~15% |
Channels
A technical internal sales team manages relationships with large original equipment manufacturers (OEMs), handling engineered specifications and negotiating multi-year supply contracts averaging $8–15M annually per OEM as of 2025. This direct channel drives ~72% of high-volume, customized product revenue and supports complex launches with dedicated field engineers and SLA-backed pricing.
The company sells through a global network of 1,200+ independent distributors, reaching small customers and the spare-parts market with local stock for immediate availability, reducing average machine downtime by up to 40% and cutting emergency part lead times from 7 to 1.8 days; this channel raised parts revenue 18% in 2024 and expanded effective geographic reach into 35 new markets at low capital cost.
Digital technical catalogues let engineers and procurement officers browse SKUs and download CAD, BOMs, and spec sheets 24/7; 68% of industrial buyers use supplier websites for initial research (McKinsey, 2024). As top-of-funnel tools they increase lead conversion—manufacturers report 25–40% higher qualified leads after upgrading catalogs—and simplify selection for a global audience across time zones.
Industry Trade Fairs and Exhibitions
Participating in major international commercial vehicle and construction trade fairs—like IAA Transportation (Germany) and CONEXPO-CON/AGG (US)—shows product innovations and reaches buyers; IAA 2022 drew ~250,000 visitors and CONEXPO 2023 reported 130,000+, helping firms generate leads worth millions in projected orders.
These events enable direct networking with OEMs and fleet owners, rapid market intelligence collection, and high-impact launches for electric and digital products—EV powertrains and telematics demos often convert at higher rates post-show.
- IAA 2022: ~250,000 attendees
- CONEXPO 2023: ~130,000 attendees
- Typical lead-to-sale conversion uplift: 10–25%
- Cost per major trade-show booth: $50k–$500k
- Ideal for EV/digital product launches and partner deals
Aftermarket Service Points
Authorized service centers and parts dealers guarantee access to genuine replacement parts, protecting equipment performance and warranty; aftermarket parts sales accounted for about 25–35% gross margins and represented ~18% of revenues for industrial OEMs in 2024 (S&P Global Market Intelligence, 2024).
They sustain uptime across lifecycles—aftermarket revenue from installed base grows ~3–5% annually and cuts total lifecycle cost for users, while providing predictable, high-margin cash flow for the firm.
- Genuine parts preserve warranty and performance
- Aftermarket margins ~25–35% (2024)
- Aftermarket ≈18% of OEM revenue (2024)
- Installed-base revenue growth ~3–5% annually
- Drives predictable, high-margin cash flow
Direct OEM sales (72% revenue, $8–15M/OEM) plus 1,200+ distributors (parts up 18% in 2024; lead times 7→1.8 days) and digital catalogs (25–40% higher qualified leads) drive volume, aftermarket (≈18% revenue; 25–35% margins) and trade shows (10–25% conversion uplift).
| Channel | Key metric |
|---|---|
| OEM direct | 72% rev; $8–15M/OEM |
| Distributors | 1,200+; parts +18% (2024) |
| Digital | 25–40% more qualified leads |
| Aftermarket | 18% rev; 25–35% margin |
Customer Segments
Commercial vehicle manufacturers—global makers of medium and heavy trucks and buses like Daimler Truck, Volvo Group, and BYD—buy high-efficiency engine pumps to meet 2025 Euro VII and EPA 2027 emission limits and cut fleet fuel costs (fleet fuel is ~25–40% of OPEX). These OEMs drive demand for both hydraulic pumps and e-boost/flow solutions; the global heavy-duty truck market was ~$150B in 2024, growing ~3% annually, underpinning steady pump volume and $200–400M TAM for advanced pump modules by 2028.
Manufacturers of construction, agricultural and mining machinery need high-pressure hydraulics and reliable thermal management; global off-highway equipment hydraulic market was valued at USD 18.2 billion in 2024 with 4.1% CAGR (2025–2030) highlighting steady demand. These OEMs prioritize durability and uptime in harsh conditions—mean time between failures (MTBF) targets often exceed 10,000 hours and warranty provisions commonly cover 2–5 years.
Electric Vehicle Startups and Innovators
New electric truck and bus startups—which grew venture funding to $7.2B in 2024—seek specialized thermal-management parts and prefer agile, tech-forward suppliers over legacy OEM chains; they lack heavy manufacturing footprints and often act as early adopters and test partners for battery-cooling, inverter cooling, and HVAC innovations.
- 2024 VC to EV commercial vehicle startups: $7.2B
- Adopt tech fast; test partners for prototypes
- Prefer suppliers offering rapid iterations and software-integrated controls
Global Aftermarket and Fleet Operators
Global aftermarket and fleet operators—end-users and repair shops—drive steady demand for Concentric, valuing ready part availability and OEM-authentic components to extend asset life; global aftermarket was a $412B market in 2024, growing ~3.6% YoY, versus new-vehicle volatility.
- Steady demand: aftermarket ~$412B (2024)
- Growth: ~3.6% YoY (2023–24)
- Value: availability + OEM authenticity
- Benefit: less cyclical vs new vehicle sales
OEMs (trucks, buses, off‑highway) drive tech and volume—heavy‑duty truck market ~$150B (2024); off‑highway hydraulics $18.2B (2024). Industrial power adds $3.6B aftermarket. EV commercial startups raised $7.2B (2024) and push rapid prototypes. Aftermarket/fleet steady: $412B (2024), ~3.6% YoY.
| Segment | 2024 Value | Key stat |
|---|---|---|
| Heavy trucks | $150B | ~3% CAGR |
| Off‑highway | $18.2B | 4.1% CAGR |
| Industrial aftermarket | $3.6B | steady margins |
| EV startups | $7.2B VC | fast adopters |
| Aftermarket | $412B | 3.6% YoY |
Cost Structure
Continuous R and D spending is critical to keep a tech edge in electrification; expect R&D-to-revenue ratios of 8–12% and annual program budgets of $10–50M for engineering salaries, prototyping, and advanced test rigs. In 2024 OEM demand drove suppliers to double EV-related R&D headcount year-over-year, and meeting global OEM specs often requires capital equipment spend of $2–8M per test line.
Operating global plants incurs large costs: skilled labor, energy, and maintenance often represent 40–60% of manufacturing overheads; in 2024, energy bills rose ~18% YoY for global manufacturers per IEA data. The company uses automation and lean manufacturing—capital spend up to 8–12% of revenue and 20–30% fewer labor hours—to convert fixed and semi-variable costs into operational leverage, lowering breakeven by ~15%.
Logistics and Supply Chain Operations
Shipping and warehousing for international supply chains typically account for 6–12% of COGS, with global ocean freight rates up ~40% from 2020 peaks to a 2024 average of $1,300 per FEU and jet fuel volatility adding 10–15% to airfreight costs.
Locating plants near customers can cut logistics spend by 20–35% and reduce lead times by weeks, lowering inventory carrying costs and tariff exposure.
- Logistics = 6–12% of COGS
- 2024 ocean freight ≈ $1,300/FEU
- Airfreight ±10–15% from jet fuel swings
- Nearshoring cuts logistics 20–35%
Sales and Administrative Expenses
Sales and administrative expenses cover a global sales force, marketing, and corporate governance, and in 2024 these line items averaged 12–18% of revenue for mid‑to‑large tech firms (example: Salesforce spent 22% of revenue on S&M in FY2024). Controlling admin overhead preserves margins and funds customer relationship management and infrastructure.
- Global sales force: major cost driver
- Marketing: acquisition and brand spend
- Governance: compliance and exec costs
- Target: keep S&A ≤15% revenue to protect margins
| Item | 2024 |
|---|---|
| Raw materials | 35–50% |
| Logistics | 6–12% |
| R&D | 8–12% |
| S&A | ≤15% |
Revenue Streams
The core revenue stream is sale of oil, fuel, and water pumps to commercial vehicle OEMs, typically via multi-year contracts that account for ~65–80% of revenue; with global CV production at ~22.5 million units in 2024, a 1% supplier share implies roughly $45–90M annual sales per major supplier (assuming $200–400 average pump kit price).
Revenue stems from selling hydraulic pumps, motors, and power packs for off-highway and industrial machinery, where 2024 sector avg. gross margins ran ~28–34% for specialty hydraulics (Baird Equipment report, 2024); these products sell at higher ASPs due to rugged specs and OEM certifications. This stream spreads exposure across construction, agriculture, and mining—sectors that accounted for ~62% of hydraulic component demand in 2023 (IHS Markit).
Sales of electric pumps, fans, and thermal management systems for e-mobility now account for about 28% of product revenues and grew 34% year-on-year in 2024, reaching €210 million; as global EV and hybrid sales rose 39% to 16.5 million units in 2024, this stream is poised to be the company’s primary growth engine over 2025–28.
Aftermarket Parts and Service
The sale of genuine replacement parts through the distributor network yields high-margin, recurring revenue—service and parts made up about 28% of group revenue in 2024 and showed 6% year-over-year growth, making it less cyclical than new equipment sales.
Driven by a large installed base, aftermarket income stabilizes cash flow and supported 40% of EBITDA in 2024, making it critical to the company’s financial resilience.
- High margin, recurring: ~28% of revenue (2024)
- Growth: ~6% YoY (2024)
- Profit impact: ~40% of EBITDA (2024)
- Less cyclical than new equipment sales
Engineering and Consulting Fees
The company earns engineering and co-development fees by delivering specialized design of complex fluid systems, charging $150–300k per project on average in 2025 for tier-1 clients, which captures value from intellectual capital beyond hardware sales.
These fees represented about 12% of revenue for similar firms in industrial fluids in 2024, and shorten product-market cycles while increasing client stickiness.
- Average fee per project: $150–300k in 2025
- Contribution: ~12% of revenue (2024 industry benchmark)
- Value: monetizes IP and boosts client retention
Core revenues: OEM pump sales (65–80% revenue; 1% share of 22.5M CVs in 2024 → ~$45–90M at $200–400 ASP). Off-highway/industrial hydraulics: higher ASPs, 28–34% gross margin (2024), ~62% demand share (2023). E-mobility: 28% revenue, +34% YoY in 2024, €210M. Aftermarket/parts: ~28% revenue, +6% YoY, ~40% of EBITDA (2024). Co-dev fees: $150–300k/project, ~12% industry revenue (2024).
| Stream | 2024/25 KPI |
|---|---|
| OEM pumps | 65–80% rev; ~$45–90M per 1% CV share |
| Hydraulics (off-highway) | 28–34% GM; 62% demand share |
| E-mobility | 28% rev; €210M; +34% YoY |
| Aftermarket | 28% rev; +6% YoY; 40% EBITDA |
| Co-dev fees | $150–300k/project; ~12% rev benchmark |