ESA astronauts Alexander Gerst, Matthias Maurer, Samantha Cristoforetti and Thomas Pesquet completed a helicopter training course with the German Bundeswehr, Germany's federal defence forces. They participated in a three-week training programme at the International Helicopter Training Centre in Bückeburg, Germany. The course included  one week of simulator instruction followed by two weeks of practical flying in EC135 helicopters, with operations conducted over central Germany and in mountainous terrain in the German Alps.

Helicopter training offers a realistic analogue for the dynamics of planetary landings, requiring capabilities such as vertical take-off and landing, terrain-based decision-making, and high levels of coordination and

ESA astronauts Alexander Gerst, Matthias Maurer, Samantha Cristoforetti and Thomas Pesquet completed a helicopter training course with the German Bundeswehr, Germany's federal defence forces. They participated in a three-week training programme at the International Helicopter Training Centre in Bückeburg, Germany. The course included  one week of simulator instruction followed by two weeks of practical flying in EC135 helicopters, with operations conducted over central Germany and in mountainous terrain in the German Alps.

Helicopter training offers a realistic analogue for the dynamics of planetary landings, requiring capabilities such as vertical take-off and landing, terrain-based decision-making, and high levels of coordination and

ESA astronauts Alexander Gerst, Matthias Maurer, Samantha Cristoforetti and Thomas Pesquet completed a helicopter training course with the German Bundeswehr, Germany's federal defence forces. They participated in a three-week training programme at the International Helicopter Training Centre in Bückeburg, Germany. The course included  one week of simulator instruction followed by two weeks of practical flying in EC135 helicopters, with operations conducted over central Germany and in mountainous terrain in the German Alps.

Helicopter training offers a realistic analogue for the dynamics of planetary landings, requiring capabilities such as vertical take-off and landing, terrain-based decision-making, and high levels of coordination and

ESA astronauts Alexander Gerst, Matthias Maurer, Samantha Cristoforetti and Thomas Pesquet completed a helicopter training course with the German Bundeswehr, Germany's federal defence forces. They participated in a three-week training programme at the International Helicopter Training Centre in Bückeburg, Germany. The course included  one week of simulator instruction followed by two weeks of practical flying in EC135 helicopters, with operations conducted over central Germany and in mountainous terrain in the German Alps.

Helicopter training offers a realistic analogue for the dynamics of planetary landings, requiring capabilities such as vertical take-off and landing, terrain-based decision-making, and high levels of coordination and

ESA astronauts Alexander Gerst, Matthias Maurer, Samantha Cristoforetti and Thomas Pesquet completed a helicopter training course with the German Bundeswehr, Germany's federal defence forces. They participated in a three-week training programme at the International Helicopter Training Centre in Bückeburg, Germany. The course included  one week of simulator instruction followed by two weeks of practical flying in EC135 helicopters, with operations conducted over central Germany and in mountainous terrain in the German Alps.

Helicopter training offers a realistic analogue for the dynamics of planetary landings, requiring capabilities such as vertical take-off and landing, terrain-based decision-making, and high levels of coordination and

Following a call by the European Space Agency (ESA), nine projects have been selected in close coordination with the Spanish Space Agency (AEE) for funding under ESA’s Navigation Innovation and Support Program (NAVISP). This initiative strengthens Spain’s industrial competitiveness in positioning, navigation and timing (PNT) with the development of new products and services and strengthens the country’s presence in the global space market.

iRocket’s plans for a fully reusable satellite launcher got a boost from the first flight test of IRX-100, a short-range missile the startup hopes will generate near-term revenue to support its orbital Shockwave vehicle.