Rahul Somvanshi
Dream Chaser successfully completes environmental testing, moving closer to ISS mission readiness.
Photo Source: SIERRA Space
Shock, vibration, and thermal vacuum tests were conducted to simulate the intense conditions of launch and re-entry.
Dream Chaser will soon be transported to NASA's Kennedy Space Center for final integration and testing.
The spaceplane is scheduled to perform seven resupply missions to the ISS under NASA's CRS-2 contract.
The Shooting Star module not only complements Dream Chaser's cargo capacity but also disposes of up to 8,700 pounds of waste during atmospheric re-entry.
Dream Chaser is designed for reusability, capable of completing up to 15 missions or more.
The spaceplane’s unique design allows it to land on standard commercial runways worldwide, enhancing its versatility.
Sierra Space is exploring global opportunities for Dream Chaser operations, including discussions with Japan for potential launches and landings.
Experts emphasize the potential of Dream Chaser in advancing space research, including contributions to scientific discoveries made in weightless environments.
Dream Chaser's design draws inspiration from NASA’s earlier spaceplane concepts, such as the HL-20, adapted for modern space transportation needs.
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