Blue Origin’s NS-13 Tests NASA Lunar Landing Tech
Blue Origin’s New Shepard vehicle marked a significant milestone with the successful completion of Mission NS-13, the 13th flight in the program and the seventh consecutive launch for this particular booster—a record for the company’s reusable rocket system. The mission carried 12 payloads, most notably NASA’s Deorbit, Descent, and Landing Sensor Demonstration, part of the agency’s Tipping Point partnership. This experiment was the first payload ever mounted externally on a New Shepard booster, a configuration designed to test high-precision landing technology crucial for future lunar and Mars missions.
Bob Smith, CEO of Blue Origin, stated, “Today’s flight was inspiring. Using New Shepard to simulate landing on the Moon is an exciting precursor to what the Artemis program will bring to America. Thanks to NASA for partnering with us, and congrats to the Blue Origin team on taking another step toward returning to the Moon to stay.”
The flight profile saw the crew capsule reach an apogee of 346,964 feet above ground level (105 km AGL), while the booster peaked at 346,563 feet AGL. The mission lasted 10 minutes and 9 seconds, achieving a maximum ascent velocity of 2,232 mph (3,592 km/h). Both booster and capsule completed their landings successfully, marking the 13th consecutive safe return for a New Shepard crew capsule.
The lunar landing sensor demonstration aimed to validate how sensors, onboard computers, and navigation algorithms integrate to determine a spacecraft’s position and velocity during descent. The goal is to autonomously land within 100 meters of a designated point on the lunar surface. Such precision would allow landings in challenging terrain, including crater-adjacent regions that were inaccessible during Apollo-era missions. This capability is essential for sustained lunar exploration and is directly applicable to Mars landing strategies.
NS-13 is the first of two planned flights to test these technologies, part of a broader risk reduction effort for NASA’s Artemis program. Blue Origin’s work on autonomous landing systems for New Shepard feeds directly into the design of the Descent Element for the Human Landing System, being developed by the National Team—Blue Origin, Lockheed Martin, Northrop Grumman, and Draper.
The payload manifest reflected a diverse range of scientific and engineering experiments. Space Lab Technologies, in collaboration with the University of Colorado at Boulder, flew the µG-LilyPond system, an autonomous plant growth platform for microgravity environments. This system uses thin film hydroponics with passive capillary flow to cultivate aquatic plants without soil, aiming to supplement astronaut diets with nutrient-rich produce. Funding came from NASA’s Small Business Innovation Research program, with flight support from NASA’s Flight Opportunities program.
The Southwest Research Institute (SwRI) contributed two payloads: BORE II, a system for sampling regolith and anchoring to low-gravity bodies to advance in-situ resource utilization, and LAD-2, which studies liquid-gas interfaces in microgravity—a critical factor in cryogenic propellant storage and management for deep-space propulsion.
NASA’s Goddard Space Flight Center, in partnership with the University of Maryland, re-flew the Flow Boiling in Microgap Coolers (FBMC) payload. This award-winning experiment demonstrates embedded cooling for power-dense spacecraft electronics, applicable across varying gravity environments. Such technology is vital for maintaining the performance and longevity of advanced space systems.
Alongside these scientific payloads, tens of thousands of postcards from Blue Origin’s nonprofit Club for the Future traveled aboard NS-13, many bearing a special NASA Artemis stamp. The inclusion of these postcards underscores the mission’s outreach component, connecting the public to spaceflight endeavors.
The mission took place under strict COVID-19 safety protocols, with all personnel observing social distancing and other health measures to protect staff, customers, and surrounding communities. The launch was preceded by several delays due to technical checks and weather conditions, highlighting the careful attention to data integrity for the sensor experiment.
New Shepard’s track record now includes more than 100 payloads flown to space over 10 consecutive missions, reinforcing its role as a versatile platform for both commercial and governmental research. The NS-13 flight stands as a pivotal test in the progression toward autonomous precision landings on the Moon, a capability that will shape the next era of human and robotic exploration.
