HIGH FIVE: From a five-man team to the Top 3 in European aerospace


How the Fuchs family and its team turned the small hydraulics company OHB into a global player in the international space industry.



A small step for man

The success stories of exceptional companies frequently have their beginnings in a garage in California or a small workshop in the Bremen suburb of Hemelingen. This was the location of the small company Otto Hydraulik Bremen or “OHB” for short, when Christa Fuchs was in search of a new challenge in 1981. The children were out of the house and, as a trained business professional, she was full of energy. After initially considering the possibility of opening a wool shop, she had a fateful meeting with the Otto family, who were looking for someone to take over their small company OHB. At that time, it had five employees who repaired electrical and hydraulic marine systems for the German federal armed forces. The daughter of a businessman in the mechanical engineering industry, she courageously bought a share of the company before assuming management responsibility a year later. She employed the first engineers and experts, thus laying the foundations for growth. This marked the beginnings of what has since become one of the leading European space companies, OHB SE.

„Manfred Fuchs was not exaggerating when he referred to this period as an exciting time when everyone rolled their sleeves up.“ 

Ulrich Schulz, OHB’s first engineer and a long-standing member of the Management Board

Back in the 1980s, OHB worked on the oil skimming ships MPOSS and Knechtsand.
Back in the 1980s, OHB worked on the oil skimming ships MPOSS and Knechtsand. © OHB
From 1985, the Company shifted its focus step for step towards space. Its first foray was the MIKROBA drop capsule and experiments in weightless conditions.
From 1985, the Company shifted its focus step for step towards space. Its first foray was the MIKROBA drop capsule and experiments in weightless conditions. © OHB
OHB contributed 14 research units to the German-Russian MIR 92 mission. Copyright: NASA
OHB contributed 14 research units to the German-Russian MIR 92 mission. © NASA



Headed for space with unconventional ideas

Manfred Fuchs had been an extremely successful manager at MBB ERNO (now Airbus) when he entered his wife’s company in the mid 1980s. He was more familiar with space business than just about anyone else, having played a key role in establishing it in northern Germany. The space pioneer took the courageous step of going into business on his own because, aside from other reasons, he saw niches which he was able to address more effectively with a smaller and nimbler company. Whereas many experts believed that only large and expensive satellites and space systems were viable, he was convinced of precisely the opposite. His ideas and vision was based on the following reasoning: if it was possible to make components and technologies increasingly more compact and efficient, why should it not also be possible to offer satellites which are more efficient but also substantially smaller and less expensive?

Creative approaches along the lines of “New Space” and COTS

In working on their projects, he and his team did not shy away from taking unconventional approaches and – wherever possible – using commercial off-the-shelf (COTS) components which they modified to make them suitable for use in space. Applying creative approaches along the lines of “New Space”, OHB as a young aspiring start-up swam successfully against the tide. In the ensuing years, the space expertise was systematically expanded with experiments in microgravitation research, encompassing the MIKROBA drop capsule, parabolic flights and contributions to the major space missions of the time Spacelab, D2 and MIR 92.

„Something always went wrong but we never bothered to blame anyone. OHB’s motto at the time was that you won’t progress if you don’t try anything.“

Dr. Ingo Engeln, member of the Management Board, with OHB since the late 1980s



Satellites and forays into telecommunications

The first satellite made by OHB was launched as early as in 1994. Brem-Sat was a small scientific and technical multi-talent, allowing the company to demonstrate impressively that “small is beautiful”. At the same time, the two in-house SAFIR satellites, with which OHB entered the telecommunications market, were developed. OHB harnessed the potential offered by the growing telematics market with the global positioning of vehicles, goods, ships and even wild animals and the transmission of status reports by satellite. The Fuchs family were quick to sense the potential offered by the direct benefits of space flight, establishing OHB Teledata in 1993, buying into US satellite operator ORBCOMM and developing their own microsatellite series RUBIN.

„Large companies are interested in executing large projects. With small satellites, Fuchs sought a new domain, gradually building up acceptance for them via his well established network.“

From: Ein Pionier der Raumfahrt/ Manfred Fuchs – Die Biografie

OHB’s involvement in the BremSat research satellite marked its first foray its small satellite business.
OHB’s involvement in the BremSat research satellite marked its first foray its small satellite business. © OHB
OHB built the SAFIR telecommunications satellites with its own resources, impressively demonstrating its integrated system skills to the market.
OHB built the SAFIR telecommunications satellites with its own resources, impressively demonstrating its integrated system skills to the market. © OHB
From the mid 1990s, Marco, Christa and Manfred Fuchs jointly took OHB to the vanguard of European space.
From the mid 1990s, Marco, Christa and Manfred Fuchs jointly took OHB to the vanguard of European space. © OHB



Growth and a successor

In the mid-1990s, telematics and the expansion of space technology lured Marco Fuchs, a practicing attorney at the time in New York and Frankfurt, to his parents’ small high-tech company. Now the technical visionary Manfred Fuchs and the financial expert Christa Fuchs had by their side a strategist, who was also the natural successor and a guarantee of continued growth.

Bremen technology estate the perfect home

By this time, the Company had already outgrown the small workshop in Bremen-Hemelingen. True to the motto “smaller, cheaper and better”, OHB grew, moving into its own company buildings at the Bremen technology estate close to the university in 1988. With its proximity to centers of learning, research and development, institutions and the Bremen drop tower, this was the ideal environment for the aspiring space company OHB.

Renowned partner for space technology

OHB had long since become a respected partner in the space industry, working on projects such as the Envisat environmental satellite, the Abrixas X-ray detector and the MITA research satellite. In addition, payloads and hardware for the MIR 97 mission, the ATV space transporter and the European COLUMBUS module of the International Space Station ISS, in which Manfred Fuchs played an instrumental role, were developed and assembled at the OHB integration halls and clean rooms.

Inexpensive launchers for small satellites

From the outset, the steadily growing company was also guided by its motto “small and inexpensive” when it came to launching satellites into space and was one of the first western space companies to forge partnerships with Russian launch vehicle suppliers. This was a reliable and economical alternative for placing its satellites in orbit. With the establishment of “COSMOS International Satellitenstart”, OHB entered a further successful field of business and was now able to market its satellite systems complete with launch services.



The major breakthrough: stock market flotation and SAR-Lupe

By the time the Company was successfully floated on the stock market in 2001, Manfred Fuchs and his team were already working on a project which would lead to a major breakthrough before the end of that year. Over a period of twenty years, OHB had grown steadily but moderately, establishing itself as a small supplier of components for the space industry. But now management and employees took the big step forward to become a systems provider for satellites. The Company entered a bid for the SAR-Lupe reconnaissance system, a decision which pitted it against the seemingly invincible competition. The customer, the German federal armed forces, was convinced by the overall plan comprising five small satellites, launch services and the ground station. OHB was awarded the contract for the project worth around EUR 320 million.

„What really helped us was the combination of the SAR-Lupe contract and the proceeds of the stock market flotation.“

Marco Fuchs, CEO of OHB SE

OHB achieved the breakthrough with the SAR-Lupe reconnaissance system.
OHB achieved the breakthrough with the SAR-Lupe reconnaissance system. © OHB

Headed for new dimensions

The Company was now embarking on a program worth ten times its annual revenues at the time. For the first time, the development work tied up as many as 75 employees for the entire duration of the project, equivalent to the Company’s entire staff on the day on which the request for bids is announced. During this period, OHB once again demonstrated its flexibility, establishing new organizational structures within a short space of time to facilitate the development of the system, coordination with the partner companies and regular consultations with the customer. By the time the first satellite was successfully launched in 2006, OHB had already changed radically. Once a wellspring of ideas, it had become a systems supplier; once smiled down upon, it had become a competitor to be reckoned with. And this was merely the beginning of a journey into further dimensions.



Growth driven by acquisitions and startups

When a period of consolidation arose in Germany as a result of flat space budgets, prompting many technology companies to hive off their space activities, the Fuchs family remained convinced of the prospects for the space industry. Together with Hans Steininger from Apollo Capital Partners, they bought MAN Neue Technologie, first placing it on a solid basis under the name MT Aerospace (Augsburg) and MT Mechatronics (Mainz) and then nudging it onto a growth trajectory. This step also marked OHB’s entry into launcher and telescope business, giving it a 10-percent share in the work on the European Ariane 5 program. The number of people employed by the OHB Group rose more than three-fold to over 800.

„Since joining the OHB Group, our company has continued to grow steadily, almost doubling its sales.“

Hans J. Steininger, CEO of MT Aerospace AG

Ariane Rocket Launch
With the acquisition of MAN’s space activities (today’s MT Aerospace), OHB gained a share of ARIANE business. © ESA

The step towards Europe and a geostationary orbit

When Luxembourg joined ESA in the same year even though the country did not have any space industry to speak of, OHB jumped on the bandwagon by establishing a wholly owned subsidiary known as LuxSpace. In this way, it gained access to contracts via the Luxembourg ESA budget and was also able to implement the SmallGEO small geostationary satellite platform developed by OHB System within the ARTES 11 program. As the home to satellite operator SES Astra, Luxembourg had a keen interest in this platform.

In 2007, Munich-based Kayser-Threde (now OHB System in Oberpfaffenhofen) was searching for a new shareholder, which it duly found in OHB. With the 100% acquisition of this company, OHB not only gained just on 250 experienced and highly motivated engineers with outstanding expertise in space payloads but also managed to bring aboard a direct competitor.

„All our companies have very special employees who perform their tasks with passion, expertise and cool ideas.“

Marco Fuchs, CEO of OHB SE

SmallGEO Satellite
SmallGEO allowed OHB to further expand its business with the addition of small geostationary satellites. © OHB



European expansion

The fact that OHB’s extension and growth strategy extended beyond Germany was already reflected in the establishment of Luxspace. The development of the Group’s European footprint gained further momentum in 2009, when Milan-based company Carlo Gavazzi Space (now OHB Italia) was integrated in the OHB Group. A specialist in mini and microsatellite systems, this company had been privately owned by the Fuchs family since 1995. Following the integration of this company within the Group, OHB gained a major foothold in the Italian space industry, Europe’s third largest market.

With the award of a contract for the H36W1 telecommunications satellites by Spanish company Hispasat, OHB built the first geostationary satellite on the basis of its SmallGEO platform.



European Number 3

This was followed by further important strategic additions across Europe: Thus, in 2010, OHB acquired the Belgian subsidiary of Thales Alenia Space in Antwerp, renaming it Antwerp Space. In 2011, the Swedish Space Corporation (SSC) carved out its space systems division, selling the portfolio and the small team of 40 specialists to OHB, which placed them in a new company known as OHB Sweden. By this time, the OHB Group had already built up a strong presence across Europe; however, its importance had increased enormously thanks to other business successes.

Satellites for the European navigation system Galileo

At the project level, OHB also continued to grow and expand, taking a major step forward. This time, it was the first part of a series of satellites for a future European navigation system known as Galileo. Once again, hardly any sector observer thought that OHB was seriously in the running for a project of this scale. Yet, the seemingly impossible actually happened: OHB was awarded the contract for the first full tranche of 14 satellites worth EUR 566 million. In the course of the following seven years, a further 20 satellites were ordered one after the other, bringing to 34 the total number of satellites supplied by OHB for the Galileo European navigation system.

And now for the weather: the third-generation Meteosat satellites (MTG)

Once a small workshop, OHB was now listed by ESA as the third supplier of integrated space systems, thus offering a strong alternative to the duopoly comprising Astrium and Thales Alenia Space. Yet, competition does not rule out partnerships and nowhere is this truer than in space. Together with Thales Alenia Space, OHB System achieved the next sensation at the end of 2010 when their consortium prevailed in the bidding process for the next-generation European weather satellites, Meteosat Third Generation (MTG). The OHB Group now held roughly EUR 750 million of this contract.

As in 2001, when it took a leap forward to become a principal contractor, the OHB Group was now on the verge of evolving into a European aviation and space group thanks to its courage, initiative, fantastic political support and corporate vision.

OHB built up a European group addressing all aspects of space technology including satellites of all classes, payloads, launchers and ground stations.
OHB built up a European group addressing all aspects of space technology including satellites of all classes, payloads, launchers and ground stations.
OHB achieved its second major breakthrough with the order initially for 14 and ultimately for a total of 34 satellites. © OHB
Meteosat Satellite in Orbit
The third generation of the Meteosat Satellite. © OHB



SAR-Lupe gives way to SARah: A glance through the clouds

The SAR-Lupe reconnaissance system is working very successfully. However, as space systems inherently have a limited life span, it is necessary to plan their replacement in good time. For this reason, the German federal armed forces awarded a contract for the follow-up SARah system in 2013. This time, OHB’s plan involving three radar satellites and two ground stations found favor.

SmallGEO also gained momentum in the same year. Under the Electra name, OHB developed a fully electric satellite platform for geostationary orbits to reduce satellite mass and launch costs.



Exploring Mars with OHB

On October 19, 2016, the ExoMars trace gas orbiter for which OHB had built and assembled the core module reached Mars, circling it as planned in an elliptical orbit.

„OHB has always been characterized by a spirit of optimism and discovery and its own unique flexibility. This together with the fact that we are a family-run company is what has made us so strong. We think in terms of generations and, hence, far into the future.“

Dieter Wilker, head of structural design, joined OHB on January 18, 1988 as a development engineer

ExoMars Satellite
OHB played a key role in the ExoMars mission satellite, which has been orbiting the Red Planet since 2016. © ESA



SmallGEO: Successful in a geostationary orbit

The H36W1 telecommunications satellite was placed in its target orbit at an altitude of 36,000 kilometers at the beginning of the year, operating perfectly. The successful launch of the first satellite from the SmallGEO range marked a further milestone in OHB’s history as it meant that OHB was now also active in geostationary satellites and, hence, the commercial telecommunications market.

Two more satellites - EDRS-C and Electra - were already close to completion. Mid-year, OHB was awarded a contract worth EUR 310.5 million for the national Heinrich Hertz satellite mission, which was also based on SmallGEO.

EDRS-C Satellite
OHB is contributing the dedicated EDRS-C satellite to the EDRS high-speed data relay system EDRS. © ESA

„We have shown in the competition for major projects such as ExoMars, EnMap, Galileo, MTG, SARah, Solar Orbiter and our own SmallGEO series that in spite of our strong growth we have retained a high degree of flexibility and our unconventional and innovative approaches. It is now up to us to maintain and expand this strong position.“

Marco Fuchs, CEO of OHB SE

Further satellites for the Galileo Program

In June 2017, OHB System AG was awarded a contract worth EUR 324 million to produce an additional eight satellites for the Galileo navigation program. In October the European Commission ordered a further four satellites from OHB System AG. This will increase the number of Galileo satellites supplied by OHB to a total of 34.

Anniversary for SAR-Lupe and kick-off for a further reconnaissance project

SAR-Lupe radar reconnaissance system in operation for 10 years

In the summer of 2017, OHB celebrated the tenth anniversary of the product that initiated the breakthrough as a leading German systems specialist. Back in 2007, OHB supplied the German federal armed forces with their first own satellite-based reconnaissance system, which has been operating reliably around the clock ever since. SAR-Lupe allows the German federal government to respond quickly and independently in crisis situations and makes a constructive contribution to ensuring full readiness of the armed forces.

Contract for electro-optical reconnaissance system signed

A few months later OHB's CEO Marco Fuchs signed a contract for the implementation of a global electro-optical satellite system for reconnaissance worth EUR 400 million.

The science mission PLATO is designed to search for Earth-like planets outside our solar system. © OHB



Space exploration

Is there a second Earth?

After two studies on the PLATO science mission (Planetary Transits and Oscillations of Stars) had already been conducted under the OHB umbrella in previous years, negotiations concerning the concrete implementation of the project begun in spring 2018. Even at this early stage, OHB already emerged as a preferred candidate for the development and production of the PLATO satellite. The satellite is an observatory for use in space that allows the tracking and exploration of exoplanets. The conclusion of negotiations and the signing of the contract between ESA and OHB followed in autumn 2018 at the IAC (International Astronautical Congress) in Bremen. The contract is worth around EUR 297 million and will be implemented under the leadership of OHB together with Thales Alenia Space (France and UK) and RUAG Space Switzerland.

Focus Earth

Participation in Copernicus program

Since June 2018, OHB has been involved in five studies on the so-called "Sentinel Expansion", the expansion of ESA's Copernicus Earth observation mission. Copernicus is the European Commission's second major space program alongside Galileo. The aim of the program is to gain a better understanding of Earth’s climate system. The total contract value of the studies amounts to EUR 17 million.

OHB as prime contractor for HERA study

In August 2018, OHB was selected as prime contractor for an ESA study on the HERA asteroid mission. The HERA mission is the European contribution to a planetary defense mission to be conducted in cooperation with NASA. NASA contributes the DART satellite, which is intended to hit the smaller body of the twin asteroid system Didymos and thus deflect its orbit. The main objective of the HERA mission is to study the consequences of the collision and the resulting impact crater. As part of the study awarded to OHB, a detailed mission definition will be developed for this scenario. The contract has a volume of EUR 4.5 million and expands the OHB Group's current activities in the area of Space Safety.



Billion-euro corporation and successful satellite launches

Economic milestone reached

A significant economic milestone was announced at the annual press conference in March 2019: In fiscal 2018, the OHB Group's total revenues came to EUR 1 billion for the first time.

Hyperspectral satellite PRISMA sucessfully launched

PRISMA, the first hyperspectral satellite manufactured by OHB, was successfully launched in March 2019. The satellite was built for the Italian space agency ASI (Agenzia Spaziale Italiana) at OHB Italia. The high-resolution data which can be collected by its instruments are to be primarily used for monitoring and forecasting climate change.

OHB’s second SmallGEO satellite in orbit

In August 2019, all available thumbs were crossed once gain as EDRS-C, OHB's second SmallGEO satellite, took off from the European launch site in Kourou. The 3.2-ton communications satellite is the second node in the European Data Relay System (EDRS), which is designed to enable continuous data transmission between satellites, unmanned aircraft and ground stations. The system allows full-time communication with satellites in low Earth orbit, which are only in the field of vision of ground stations for short periods of time and thus cannot reach their full potential, especially in situations of crisis.

Artistic representation of the PRISMA hyperspectral satellite manufactured by OHB Italia. © ASI
Launch of EDRS-C from the European launch site Kourou. © ESA/CNES/Arianespace/CSG

A satellite mission to protect our Earth

Green light for Hera at ESA Ministerial Council Conference

At the ESA Ministerial Council Conference in November 2019, the Hera asteroid defence mission was given a much larger budget than previously expected. This means that EUR 170 million are available for the first phase of the mission. This is a major success for OHB as the main contractor.

Hera and Dimorphos, the smaller body of the Didymos system. © OHB/M. Fittock
Official handing over of keys in front of the new PLATO hall. © OHB


More space for future projects at OHB's headquarters in Bremen

Commissioning of the PLATO hall

Following the inauguration of new clean room, storage and laboratory facilities in existing buildings at the Bremen site in June 2019, the OHB Group's largest clean room, the PLATO hall, was commissioned in April 2020 after a construction period of only 14 months. The first satellites to move into the hall are four flight models of the MTG satellites and the Heinrich Hertz communications satellite. This will free up space in other buildings which is urgently required for projects such as Hera and Copernicus.

OHB as main contractor for the Copernicus mission CO2M

In July 2020, the execution of studies for the expansion of the European Earth observation program Copernicus pays off: OHB is selected as the main contractor for the CO2M mission and is also involved in the CHIME and CIMR missions as a subcontractor. The CO2M satellites will allow for the first time to measure how much climate-damaging carbon dioxide is actually released into the atmosphere as a result of human activities. The measuring instruments carried by the satellites are so accurate that the emissions of individual countries and even individual regions and cities can be determined. In this way, the mission can help to meet the targets agreed in the Paris climate agreement.

The CO2M satellites will allow the identification of regions with high carbon dioxide emissions. © OHB





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