OHB Value Chain Analysis
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This OHB Value Chain Analysis gives you a clear view of how the company creates value through its support and primary activities. The page already shows a real preview of the actual analysis, so you can review the content and format before buying. Purchase the full version to get the complete ready-to-use report.
Support Activities
OHB SE runs a lean corporate setup that coordinates Germany, Italy, and Sweden, so firm-wide control stays tight across sites. Its financial reporting and legal functions support strict European Space Agency procurement rules, where traceability and compliance drive contract wins. Cleanroom and IT infrastructure also protect mission-critical work on large satellite programs, where one coordination error can cost millions.
OHB's human resource base is a moat: in 2025 it employed 3,000+ people with deep aerospace, systems, and quantum-physics skills. Its role in Copernicus and other European space programs helps retain scarce engineers and scientists, while cross-functional training in orbital dynamics and structural integrity supports faster satellite assembly. This skill stack is hard for new entrants to copy.
In fiscal 2025, OHB kept pushing the SmallGEO platform and modular satellite buses to cut build time for commercial missions while keeping one standard core. Its innovation work on propulsion, digital payload integration, and cybersecurity helps protect assets from orbital threats and supports tailored missions without redesigning the whole spacecraft.
Procurement
OHB's procurement relies on a verified global supplier network of 400+ partners to source space-grade parts and rare materials. The hardest items are radiation-hardened semiconductors and specialized sensors, which often have long lead times, so buying teams must lock in supply early to protect launch schedules. Strong procurement also means tight transparency and risk controls, so every part meets the zero-defect standard needed for harsh space use.
OHB's support activities in 2025 stayed lean but mission critical: 3,000+ staff, tight group control, and compliance-heavy finance and legal functions helped it win ESA-linked work. Engineering talent, cleanrooms, and IT protected satellite quality, while 400+ vetted suppliers kept rare parts flowing on time. That support base lowers launch and rework risk.
| Support activity | 2025 data | Value |
|---|---|---|
| Employees | 3,000+ | Skills moat |
| Suppliers | 400+ | Supply resilience |
| Sites | Germany, Italy, Sweden | Control |
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Primary Activities
OHB's inbound logistics centers on receiving and checking high-value parts like solar arrays, avionics, and onboard computers before they enter assembly. In 2025, that means strict cleanroom intake, contamination controls, and traceable inventory flows, because even small defects can delay multi-year satellite builds. Advanced tracking and quality audits help OHB keep parts moving on time and protect mission-critical hardware from damage.
OHB's Operations phase is where satellite structures, payloads, and avionics are integrated into a flight-ready spacecraft. In German and Italian clean rooms, units then face vibration, thermal-vacuum, and acoustic tests that simulate launch loads and space temperatures. This is the point where engineering turns into a high-reliability asset built to operate autonomously for up to 15 years in orbit.
OHB's outbound logistics moves fully assembled satellites in sealed, climate-controlled containers from production sites to launch bases like Kourou and Cape Canaveral, often over 7,000 km. This protects high-value payloads from shock, humidity, and temperature swings so sensor alignment stays intact.
For a satellite worth tens of millions of euros, the transport step is not routine; it is a risk-control gate before final integration into the rocket fairing.
Marketing and Sales
OHB's marketing and sales are led by competitive bids for public space contracts and by long-term ties with commercial satellite operators. The team sells technical solutions that match orbit, payload, and mission needs, which helps OHB win work in Earth observation and navigation.
Its close links with the European Union and national defense agencies support large contracts, often worth billions of euros, and reinforce trust in delivery. In practice, sales is consultative: it turns mission specs into tailored satellite systems for institutional and private clients.
Service
Service in OHB's value chain adds post-delivery revenue through ground-segment support, telemetry, and tracking that keep satellites healthy after orbit insertion. OHB's mission-control software and 24/7 technical help support continuous uptime, which matters as operators now manage thousands of active spacecraft and far more tracked debris objects in orbit. End-of-life disposal planning also helps clients meet tighter debris rules and lowers long-term mission risk.
OHB's primary activities in 2025 turn high-value parts into flight-ready spacecraft, then move them safely to launch sites and keep them working in orbit. Cleanroom build and test work protects hardware built for up to 15 years in space. Final transport can cover more than 7,000 km before launch, so handling control is a key risk gate.
| Activity | 2025 signal |
|---|---|
| Operations | Up to 15 years orbit life |
| Outbound logistics | Over 7,000 km to launch sites |
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Frequently Asked Questions
OHB manages a network of 400+ certified vendors to secure mission-critical hardware like radiation-hardened chips and rare sensors. Procurement cycles are planned up to 24 months in advance to align with launch windows and mitigate supply shocks. This strategic oversight ensures that nearly 98% of assembly schedules remain on track, despite the volatility of global high-tech supply chains for the space industry.
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