DARPA taps Boeing for unmanned reusable spaceplane

Ross Wilkers for Washington Technology:  Boeing has emerged as the winner of a Defense Advanced Research Projects Agency competition to design and test an unmanned reusable spaceplane DARPA hopes can cut the time and costs of getting satellites into orbit.

DARPA envisions the XS-1 Experimental Spaceplane as a class of hypersonic aircraft that could launch into low-Earth orbit within days versus the months or years currently required to launch a single satellite. Boeing will build the future Phantom Express spaceplane to carry satellites up to 3,000 pounds and return back to Earth on a runway similar to that of business jets.

Contract figures were not disclosed for phases two and three of XS-1 Boeing was selected for. Boeing and Northrop Grumman each received $6.5 million for phase one in August 2015 and a third company Masten Space Systems got $3 million.

Through XS-1, the agency aims to facilitate a commercial service with recurring costs of $5 million or less per launch at an assumption of 10 flights per year. DARPA will also release some test flight data from phases two and three in an effort to spur adoption of the XS-1 program's processes and technologies across the commercial launch sector.  Full Article:

Featured Product

IP Seals for Robots

IP Seals for Robots

Freudenberg Sealing Technologies' IPRS (Ingress Protection Seals for Robots) provides reliable protection for robotic systems operating in harsh environments. Designed to prevent dust, moisture, chemicals, and wear from compromising performance, IPRS extends service life and reduces maintenance. The adaptive Z-shaped geometry ensures sealing integrity under continuous motion, making it ideal for high-speed automation and outdoor applications. Manufactured with high-performance elastomers such as Fluoroprene XP and EPDM, IPRS offers exceptional resistance to lubricants, cleaning agents, and extreme temperatures. This makes it the perfect solution for six-axis robots, SCARA robots, AMRs, AGVs, and cobots. With its low-friction design and durable materials, IPRS enhances energy efficiency and operational reliability in industrial and autonomous robotics. Learn more about our IPRS Seals