2 Sample Recovery HelicoptersQuoteOverviewThe Sample Recovery Helicopters are modeled after the successful Ingenuity Mars Helicopter, carried to the Red Planet by NASA's Perseverance rover. These specialized rotorcraft would be a secondary method of sample retrieval for the NASA/ESA Mars Sample Return Campaign. Currently, the Perseverance rover, which has already been collecting a diverse set of scientifically curated samples for potential safe return to Earth, is planned as the primary method of delivering samples to the Sample Retrieval Lander. The Sample Recovery Helicopters would expand on Ingenuity's design, adding wheels and gripping capabilities to pick up cached sample tubes left on the surface by Perseverance and transport them to the Sample Retrieval Lander.Role in Mars Sample Return CampaignBy serving as another method of retrieving cached samples on Mars, the Sample Recovery Helicopters would help ensure the best chance of successfully returning a scientifically compelling selection of Mars rock and soil samples to Earth.Quick FactsSample Recovery HelicopterProject Name Sample Recovery HelicoptersMain Job Provide a secondary means of retrieving sample tubes from Mars for transport to EarthLaunch Date Planned launch in 2028 (on board NASA's Sample Retrieval Lander)Mars Arrival 2030Sample Return to Earth Samples would arrive on Earth in 2033Landing Site Near the Perseverance rover's landing site in Jezero CraterTech SpecsSize About the size of Ingenuity Mars Helicopter, which has a rotor span of ~4 feet (~1.2 meters)Mass ~2.3 kilogramsWeight ~5 pounds on Earth (~2.26 kilograms) ~1.9 pounds on Mars (~8.6 kilograms)Height ~20.47 inches (~52 centimeters)Power Solar panels that charge internal lithium-ion batteriesGroundspeed ~11 mph (~5 meters per second)Flight Range ~2,300 feet (700 meters)Flight Altitude ~66 feet (20 meters)Flight Environment Mars’ thin atmosphere, less than 1% the density of Earth's atmosphereMobility Four wheels about 0.8 inches (2 centimeters) wide, with an outer diameter of about 3.94 inches (10 centimeters) 5 Things to Know1) Standing Ready to Assist PerseveranceThe Sample Recovery Helicopters are not planned to be the primary method of retrieving samples on Mars. Current plans call for the Perseverance rover to carry sample tubes directly to the Sample Retrieval Lander. However, should the rover become unable to deliver its onboard samples, the helicopters would be prepared to collect alternate sample tubes previously left on the surface by Perseverance.2) Fly, Drive, Grab, and Go!The Sample Recovery Helicopters would be newly equipped with wheels to traverse along the ground in short distances, and grabber arms to secure tubes during flight.3) Careful NavigationThe Sample Recovery Helicopters would take off and land at predetermined sites, or helipads, that have been found suitable and safe, and would use in-flight, map-based navigation to reach the known locations of sample tubes left on the surface.4) Collecting a Sample in Four DaysEach helicopter would follow a four-day procedure to recover sample tubes. Day 1: fly to an area near the sample tube. Day 2: drive close to the tube and pick it up. Day 3: fly back to an area near the Sample Retrieval Lander. Day 4: drive close to the lander and drop the tube in the workspace of the lander's Sample Transfer Arm.5) A Longer Journey on MarsScientists are currently investigating other potential science or exploration uses for the helicopters following the completion of the Mars Sample Return effort.More at: https://mars.nasa.gov/msr/spacecraft/sample-recovery-helicopters/
OverviewThe Sample Recovery Helicopters are modeled after the successful Ingenuity Mars Helicopter, carried to the Red Planet by NASA's Perseverance rover. These specialized rotorcraft would be a secondary method of sample retrieval for the NASA/ESA Mars Sample Return Campaign. Currently, the Perseverance rover, which has already been collecting a diverse set of scientifically curated samples for potential safe return to Earth, is planned as the primary method of delivering samples to the Sample Retrieval Lander. The Sample Recovery Helicopters would expand on Ingenuity's design, adding wheels and gripping capabilities to pick up cached sample tubes left on the surface by Perseverance and transport them to the Sample Retrieval Lander.Role in Mars Sample Return CampaignBy serving as another method of retrieving cached samples on Mars, the Sample Recovery Helicopters would help ensure the best chance of successfully returning a scientifically compelling selection of Mars rock and soil samples to Earth.Quick FactsSample Recovery HelicopterProject Name Sample Recovery HelicoptersMain Job Provide a secondary means of retrieving sample tubes from Mars for transport to EarthLaunch Date Planned launch in 2028 (on board NASA's Sample Retrieval Lander)Mars Arrival 2030Sample Return to Earth Samples would arrive on Earth in 2033Landing Site Near the Perseverance rover's landing site in Jezero CraterTech SpecsSize About the size of Ingenuity Mars Helicopter, which has a rotor span of ~4 feet (~1.2 meters)Mass ~2.3 kilogramsWeight ~5 pounds on Earth (~2.26 kilograms) ~1.9 pounds on Mars (~8.6 kilograms)Height ~20.47 inches (~52 centimeters)Power Solar panels that charge internal lithium-ion batteriesGroundspeed ~11 mph (~5 meters per second)Flight Range ~2,300 feet (700 meters)Flight Altitude ~66 feet (20 meters)Flight Environment Mars’ thin atmosphere, less than 1% the density of Earth's atmosphereMobility Four wheels about 0.8 inches (2 centimeters) wide, with an outer diameter of about 3.94 inches (10 centimeters) 5 Things to Know1) Standing Ready to Assist PerseveranceThe Sample Recovery Helicopters are not planned to be the primary method of retrieving samples on Mars. Current plans call for the Perseverance rover to carry sample tubes directly to the Sample Retrieval Lander. However, should the rover become unable to deliver its onboard samples, the helicopters would be prepared to collect alternate sample tubes previously left on the surface by Perseverance.2) Fly, Drive, Grab, and Go!The Sample Recovery Helicopters would be newly equipped with wheels to traverse along the ground in short distances, and grabber arms to secure tubes during flight.3) Careful NavigationThe Sample Recovery Helicopters would take off and land at predetermined sites, or helipads, that have been found suitable and safe, and would use in-flight, map-based navigation to reach the known locations of sample tubes left on the surface.4) Collecting a Sample in Four DaysEach helicopter would follow a four-day procedure to recover sample tubes. Day 1: fly to an area near the sample tube. Day 2: drive close to the tube and pick it up. Day 3: fly back to an area near the Sample Retrieval Lander. Day 4: drive close to the lander and drop the tube in the workspace of the lander's Sample Transfer Arm.5) A Longer Journey on MarsScientists are currently investigating other potential science or exploration uses for the helicopters following the completion of the Mars Sample Return effort.More at: https://mars.nasa.gov/msr/spacecraft/sample-recovery-helicopters/
