The NASA LDSD (Low-Density Supersonic Decelerator) may have been revealed last year, but it has since undergone a few tweaks to ensure the best performance in space. After all, as The Verge notes, "Going to space is hard. Going to another world is even harder. Safely landing on another world is about as difficult as it gets."
In an attempt to address the latter, the NASA LDSD has been outfitted with an improved break system consisting of a supersonic inflatable aerodynamic decelerator and massive parachute. Last year may have seen a disastrous landing using a parachute, but the design has since been improved. The Verge writes, "The new parachute measures about 100 feet (30.5 meters) in diameter, which makes it more than twice as big as the one used to land Curiosity" in order to " withstand the forces of deceleration."
Inflatable Flying Saucers (UPDATE)
The NASA LDSD is Outfitted with Better Brakes for Safer Landing
Trend Themes
1. Improved Spacecraft Landing Systems - Inflatable decelerators and larger parachutes are just some of the innovations that are being used to improve spacecraft landing systems.
2. Space Exploration Technologies - The development of the LDSD may enhance exploration of other worlds, such as Mars and Venus.
3. Supersonic Technology Advancements - The use of supersonic inflatable aerodynamic decelerators highlights a new era of technology innovations in supersonic travel and exploration.
Industry Implications
1. Space Technology - The advancements in space technology have made space exploration more accessible and safer.
2. Aerospace - The aerospace industry continues to pursue new innovations for more efficient and safer space travel.
3. Parachute Design and Manufacturing - Parachute technology is becoming increasingly sophisticated with new materials and designs, which are being employed to improve landing safety for spacecraft.