GAIA Aerospace is developing the worlds First Reusable AirLaunch Rocket: VALKYRIE!
With the ongoing miniaturization of satellite systems, small and flexible launch systems are in higher demand than ever. However, unlike the United States, Europe faces the challenge that, due to its high population density, there are very few suitable and safe launch locations for such systems. And those that do exist are often geographically limited, restricting both their operational scope and the range of reachable orbits.
Another complicating factor is the prevailing weather conditions in Northern Europe, where most current spaceport projects are concentrated. Strong winds and snowfall significantly reduce the number of possible launch opportunities throughout the year, which in turn limits the competitiveness of launch service providers.
A system is therefore required that can effectively meet these challenging conditions.
Be part of local on-demand space access for a sovereign Europe.
We’re looking for visionary partners and investors to help us make independent and sustainable European launch capability a reality.
Contact us at invest@gaia-aerospace.com
As part of the VALKYRIE project, GAIA investigated an AirLaunch system in the performance range of a nanolauncher with a reusable first stage. Unlike vertically launched rockets, AirLaunch systems operate above weather layers, and through the reusability of the first stage, the system promises significantly lower launch costs compared to conventional solutions. After stage separation, the first stage returns to Earth under a parachute and is captured mid-air by a helicopter using a skyhook system. Maintenance and preparation for the next launch then take place on the ground.
The rocket is compact enough to be carried by any transport aircraft from the size class of an Airbus A320 or Boeing 737, and it can also be fully stored inside a standard 40-foot container. This enables maximum flexibility in the choice of aircraft, airport, and in the logistics of transport between launch and servicing operations.
For satellite operators, this reduces the transport distance between the production site and the launch location, which can save not only transportation costs but also import fees when compared to launches abroad. Additionally, due to the compact size of the system, payloads can be deployed into their intended orbit more frequently, precisely, and specifically. This results in shorter waiting times before the satellite becomes operational, as well as enabling smaller and more cost-effective propulsion systems for the satellite itself.
In short: Satellite launches with VALKYRIE are sustainable, flexible, cost-efficient, and can be executed quickly and without delay!
