Skip to main content
  1. Home
  2. Space
  3. News

NASA’s Mars copter flew high, fast, far, and long. Here are the key stats

Add as a preferred source on Google

NASA's Ingenuity helicopter.
An artist’s impression of the Ingenuity helicopter in flight over Mars. NASA/JPL-Caltech / NASA/JPL-Caltech

NASA’s Mars helicopter, Ingenuity, is grounded for good. But it achieved a lot during its almost three-year adventure on the red planet.

Recommended Videos

It was only sent as a technology demonstration to see how well it performed in Mars’ super-thin atmosphere. Five flights were planned over 30 days, but Ingenuity ended up taking to the Martian skies an impressive 72 times and became the first aircraft to perform powered, controlled flight on another planet.

Sure, there were a few issues along the way, but they were all fixed by the mission team’s crack engineers based at NASA’s Jet Propulsion Laboratory in Southern California.

But a damaged propellor sustained during the helicopter’s most recent flight earlier this month is something that can’t be resolved with a software update, so Ingenuity’s flying days are well and truly over.

The 4-pound, 19-inch-tall aircraft performed so well that it assisted NASA’s Perseverance rover in its ongoing quest to uncover evidence of ancient microbial life on the red planet. It did this by using its onboard camera to provide aerial imagery that was used to locate areas of interest and also to find safe and efficient routes for the rover as it moved from site to site.

The team also pushed Ingenuity to the limit to see just what it was capable of achieving in the Martian skies.

Here are the key stats obtained from Ingenuity’s official flight log:

Total number of flights: 72

First flight: April 19, 2021 (hover only)

Final flight: January 18, 2024

Total time in the sky: 128.8 minutes

Total distance flown: 11 miles

Fastest speed: 10 meters per second on flights 62, 68, and 69

Furthest flight: 705 meters on flight 69

Highest flight: 24 meters (hover only) on flight 61

Longest time in the air: 169.5 seconds on flight 12

Trevor Mogg
Contributing Editor
Not so many moons ago, Trevor moved from one tea-loving island nation that drives on the left (Britain) to another (Japan)…
Space is becoming Bezos and Musk’s next data center site, and we have every reason to worry
The AI boom is coming for the night sky
How Vast's space station will look in orbit.

AI data centers already consume vast amounts of electricity and water on Earth, so Silicon Valley has begun looking somewhere considerably more spacious... literally.

Elon Musk's SpaceX and Jeff Bezos' Blue Origin, along with several other companies, have proposed enormous constellations of satellites designed to operate as orbital data centers. However, environmental groups and former space officials are now warning that putting them into orbit at the proposed scale could have severe consequences for Earth's atmosphere and the night sky.

Read more
The first possible exomoon is here, and it makes our Moon look hilariously tiny
Scientists may have found the first exomoon, except this one is the size of Jupiter
This artist’s concept depicts a potential volcanic moon between the exoplanet WASP-49 b, left, and its parent star. New evidence indicating that a massive sodium cloud observed near WASP-49 b is produced by neither the planet nor the star has prompted researchers to ask if its origin could be an exomoon.

We have already discovered more than 6,000 planets outside of our immediate neighborhood. Yet, finding a moon orbiting one of those distant worlds has proved considerably harder. Astronomers may finally have something close to the real deal, but this particular object stretches the word “moon” almost beyond recognition.

Using the European Southern Observatory’s Very Large Telescope in Chile, researchers detected strong evidence for a moon-like object in the CD-35 2722 system. Further observations are still necessary to confirm the discovery, but it could become the first confidently detected natural satellite outside our solar system. There is still one tiny complication though. This moon is apparently massive.

Read more
China’s answer to SpaceX’s reusable rockets literally catches boosters in a net
SpaceX catches boosters on legs. China just used a net.
Ammunition, Missile, Weapon

SpaceX's playbook for recovering a rocket booster generally involves legs, a precisely controlled vertical landing, and either a concrete pad or a drone ship. 

China just managed to pull off something similar, but in a slightly different way, and on July 10, it tested the method as well.

Read more