Mission Assessment
Assessment of payload requirements to determine best launcher fit and next available launch slot for the customer.
© 2023
Space agency
We, at OLYMPIASPACE, provide our customers a turnkey end-to-end solution to access space as never before. With our services, we have created a reality in which the barrier between you and space no longer exists. OLYMPIASPACE takes care of all your needs, requirements and pressure points by providing you with a hassle-free solution.
As a dedicated space service provider, we offer you a low cost, frequent and reliable end-to-end solution, connecting you with outer space in just a click.
We can accommodate any payloads, ranging from fluid physics, material science, combustion and gravitational biology to high altitude science and space as a technology testbed. The various launcher platforms serve a wide community of researchers/customers.
Basically, we can accommodate almost any size of a custom payload to fly to space. However, there is a range of predefined payload sizes to ease the integration, ranging from a mini payload (10 x 10 x 20 cm, 0.5 kg total mass), a single payload locker (52.3 x 41.4 x 24.1 cm, 11.34 kg), up to a full stack (71 x 81 x 48 cm, 68 kg) or even an entire launch vehicle/ rocket/ space capsule.
And if our standard interfaces don’t meet your needs, we’re happy to support a wide range of custom interfaces and operations, together with our launch providers.
Taking your lab to space is now easier than ever. There is a wide range of grants available, ranging from national government support, to European level funding. For US customers, we usually refer to NASA’s flight opportunity program.
Our network with national and international space agencies, research centres and space companies as well as our program management and business development experience in the space sector allow you to be in safe hands and cover your mission from alpha to omega.
Our know-how ranges from Research in Applied Physics under microgravity, Hands-on experimentation onboard Parabolic Flight Campaigns, from Payload design and AIT on suborbital launchers, Data acquisition and analysis...to much more.
In addition, we are Blue Origin’s official EMEA Sales Channel Partner for its reusable, suborbital rocket called New Shepard.
In the spirit of “Launch. Land. Repeat”, fully reusable suborbital launch vehicles have become a game-changer. Commercial suborbital launch vehicles fly more frequently and less expensively than conventional sounding rockets, and their reusability means it is easy to recover and re-fly experiments.
In addition, it can take less than six months from contract signature to launch and return of the payload. In the past decade suborbital launch providers have flown over 30 successful missions with over 1000 experiments from all over the world.

In the spirit of “Launch. Land. Repeat”, fully reusable suborbital launch vehicles have become a game-changer. Commercial suborbital launch vehicles fly more frequently and less expensively than conventional sounding rockets, and their reusability means it is easy to recover and re-fly experiments.
In addition, it can take less than six months from contract signature to launch and return of the payload. In the past decade suborbital launch providers have flown over 30 successful missions with over 1000 experiments from all over the world.

In the spirit of “Launch. Land. Repeat”, fully reusable suborbital launch vehicles have become a game-changer. Commercial suborbital launch vehicles fly more frequently and less expensively than conventional sounding rockets, and their reusability means it is easy to recover and re-fly experiments.
In addition, it can take less than six months from contract signature to launch and return of the payload. In the past decade suborbital launch providers have flown over 30 successful missions with over 1000 experiments from all over the world.

In the spirit of “Launch. Land. Repeat”, fully reusable suborbital launch vehicles have become a game-changer. Commercial suborbital launch vehicles fly more frequently and less expensively than conventional sounding rockets, and their reusability means it is easy to recover and re-fly experiments.
In addition, it can take less than six months from contract signature to launch and return of the payload. In the past decade suborbital launch providers have flown over 30 successful missions with over 1000 experiments from all over the world.

In the spirit of “Launch. Land. Repeat”, fully reusable suborbital launch vehicles have become a game-changer. Commercial suborbital launch vehicles fly more frequently and less expensively than conventional sounding rockets, and their reusability means it is easy to recover and re-fly experiments.
In addition, it can take less than six months from contract signature to launch and return of the payload. In the past decade suborbital launch providers have flown over 30 successful missions with over 1000 experiments from all over the world.

In the spirit of “Launch. Land. Repeat”, fully reusable suborbital launch vehicles have become a game-changer. Commercial suborbital launch vehicles fly more frequently and less expensively than conventional sounding rockets, and their reusability means it is easy to recover and re-fly experiments.
In addition, it can take less than six months from contract signature to launch and return of the payload. In the past decade suborbital launch providers have flown over 30 successful missions with over 1000 experiments from all over the world.

In the spirit of “Launch. Land. Repeat”, fully reusable suborbital launch vehicles have become a game-changer. Commercial suborbital launch vehicles fly more frequently and less expensively than conventional sounding rockets, and their reusability means it is easy to recover and re-fly experiments.
In addition, it can take less than six months from contract signature to launch and return of the payload. In the past decade suborbital launch providers have flown over 30 successful missions with over 1000 experiments from all over the world.

In the spirit of “Launch. Land. Repeat”, fully reusable suborbital launch vehicles have become a game-changer. Commercial suborbital launch vehicles fly more frequently and less expensively than conventional sounding rockets, and their reusability means it is easy to recover and re-fly experiments.
In addition, it can take less than six months from contract signature to launch and return of the payload. In the past decade suborbital launch providers have flown over 30 successful missions with over 1000 experiments from all over the world.

In the spirit of “Launch. Land. Repeat”, fully reusable suborbital launch vehicles have become a game-changer. Commercial suborbital launch vehicles fly more frequently and less expensively than conventional sounding rockets, and their reusability means it is easy to recover and re-fly experiments.
In addition, it can take less than six months from contract signature to launch and return of the payload. In the past decade suborbital launch providers have flown over 30 successful missions with over 1000 experiments from all over the world.
