Home Blog articles Ingenuity – Go Flight! The Martian UAS-drone has taken off! Info & video!

Ingenuity – Go Flight! The Martian UAS-drone has taken off! Info & video!

by Fabio Affortunato
Inegnuity-e-perseverance-marte
Reading time / Tempo lettura : 3 minutes / minuti


At the end, Ingenuity, the NASA Martian UAS-drone has made it! As anticipated in yesterday’s post “Ingenuity – The importance of the pre-flight checklist for UAS-drones“, at 10:15 today April 19 2021 the NASA drone finally had its moment of glory hovering in the Martian atmosphere for 39.1 seconds.

Really a great success given the difficulties encountered in the past few days.

Ingenuity – From landing to the first hovering flight

Ingenuity landed on the surface of Mars on February 18, 2021, in Jezero Crater, as a “passenger” of the Perseverance rover, after a journey of 203 days (launch date July 30, 2020).

cratere-jezero-perseverance

Image Jezero crater – Source NASA

Housed under the Perseverance rover, Ingenuity waited a full 42 days (March 30, 2021), before being unhooked from the rover and preparing for flight.

ingenuity-rilascio-perseverance

Ingenuity released from Perseverance  – Source NASA

From March 30 to today, Ingenuity has faced the very cold Martian nights at – 90 ° C, has been subjected to storms in red sand and has prepared with pre-checks on the fly which causes a problem found in the rotor speed during the spin test, he had to recalibrate his take-off sequence by adding some commands.

Igenuity – Take-off and hovering

And here we are finally at the first flight of a UAS-drone in the Martian atmosphere, which we remember being profoundly different from that of Earth, as characterized by:

  • reduced weight strength, which on Mars is reduced by 2.64 times. The acceleration of gravity on the red planet is in fact 3.71 m / s2, so its real weight on Mars is reduced to 680 grams compared to its weight of 1.8 kg on Earth;
  • reduced density of the Martian atmosphere, which is 1% compared to the Earth’s. In this situation, the laws of aerodynamics must be adapted to the objective conditions; the lift generated by the rotors must therefore be considerably greater than that necessary on the ground in order to allow the Ingenuity to take off;
  • operating temperature, which ranges from 20OC to -140OC, with a preponderant negative value of many tens of degrees;
  • the Martian winds, which can reach 400 km / h and sweep everything away.

As the report posted on the NASA website (link) reads: “The solar-powered helicopter first flew at 3:34 EDT (12:34 PDT) – 12:33 Local Mean Solar Time. Mars) – a time when the Ingenuity team determined that it would have optimal energy and flight conditions. Altimeter data indicates that Ingenuity has risen to its prescribed maximum altitude of 10 feet (3 meters) and has maintained a steady flight stable for 30 seconds. Then it descended, touching the surface of Mars again after recording a total of 39.1 seconds of flight. Further details on the test are expected in the next downlinks.

ingenuity-volo-take-off-hoovering

Image taken from  Ingenuity hovering flight – Source NASA

So Ingenuity has reached the A.G.M. (Above Ground Mars) of 3 meters and hovered (hovering) for 30 seconds before landing on Martian soil.

As simple as these three operations may have seemed: take-off, hovering and landing, these are actually complex operations performed at a distance of 54.6 million km (considering the minimum Earth-Mars distance), which is something unimaginable and technologically advanced.

Some contents or functionalities here are not available due to your cookie preferences!

This happens because the functionality/content marked as “Google Youtube” uses cookies that you choosed to keep disabled. In order to view this content or use this functionality, please enable cookies: click here to open your cookie preferences.

We look forward to learning more about Ingenuity’s first flight by analyzing the flight logs via downlink.

Related posts:


Credits about images: The cover image is taken from the NASA website, as are the images in the post, which are owned by NASA. The use of the images is exclusively for the purpose of a better understanding of the contents of the article. We thank NASA for sharing these beautiful images.

Go Up

Last Updated on/Ultimo aggiornamento – 01/05/2021

Related Posts

Leave a Comment

On this website we use first or third-party tools that store small files (cookie) on your device. Cookies are normally used to allow the site to run properly (technical cookies), to generate navigation usage reports (statistics cookies) and to suitable advertise our services/products (profiling cookies). We can directly use technical cookies, but you have the right to choose whether or not to enable statistical and profiling cookiesEnabling these cookies, you help us to offer you a better experience.