NASA is Creating a Space Gun to Test Asteroids' Mass for Probe Landings
Cadhla Gray — September 25, 2015 — Tech
NASA is partnering with Honeybee Robotics to create a real life, asteroid-shooting space gun. While that name conjures up images of the Star Wars death ray or a destructive laser beam, the space gun will actually not be used to destroy or deter the course of asteroids. Instead, the gun will continuously shoot projectile balls at the giant rocks to determine how dense they are and if they are safe enough for a probe landing. These landings will carry out rock sampling to study the materials of each asteroid.
Appealing to our sci-fi imaginations, the space gun will incredibly aim, fire and function while rotating in orbit. The asteroid samples collected will be a vital component in NASA's ensuing exploration of Mars, while the gun itself will eventually help with its 'Asteroid Redirect Mission.'
Appealing to our sci-fi imaginations, the space gun will incredibly aim, fire and function while rotating in orbit. The asteroid samples collected will be a vital component in NASA's ensuing exploration of Mars, while the gun itself will eventually help with its 'Asteroid Redirect Mission.'
Trend Themes
1. Asteroid-shooting Technology - Disruptive innovation opportunity: Develop advanced asteroid-shooting technology for space exploration and research.
2. Probe Landing Assessment - Disruptive innovation opportunity: Create more efficient and accurate methods for assessing whether asteroids are safe for probe landing.
3. Space Gun Functionality in Orbit - Disruptive innovation opportunity: Design space guns that can aim, fire, and function effectively while rotating in orbit.
Industry Implications
1. Aerospace - Disruptive innovation opportunity: Develop advanced space guns and assessment techniques for the aerospace industry.
2. Space Exploration - Disruptive innovation opportunity: Create new methods and technologies for exploring asteroids and other celestial bodies.
3. Planetary Science - Disruptive innovation opportunity: Advance knowledge of asteroids and planetary materials through improved sampling techniques.
1.8
Score
Popularity
Activity
Freshness
