City
Epaper

NASA's Ingenuity honoured for history-making flights on Mars

By IANS | Updated: August 11, 2021 11:55 IST

Washington, Aug 11 NASA's Ingenuity Mars helicopter has been awarded 'Laureate' for its "extraordinary achievements in aerospace" by ...

Open in App

Washington, Aug 11 NASA's Ingenuity Mars helicopter has been awarded 'Laureate' for its "extraordinary achievements in aerospace" by the Aviation Week Network.

The prestigious honour recognises the pioneering rotorcraft for its history-making flights on the Red Planet, NASA said in a statement on Tuesday.

When the 1.8 kilogram rotorcraft hovered on Mars for 39.1 seconds on April 19, 2021, it was the first instance of powered, controlled flight on another planet a true Wright brothers moment. Since then, Ingenuity has chalked up 11 flights, with a total distance of just over 2.2 kilometers, reaching an altitude record of 12 meters in its 10th sortie.

"The helicopter has succeeded in ways the Ingenuity team could only have imagined at the outset of this project," said Teddy Tzanetos, Operations Lead, Ingenuity, in the statement.

"The small but mighty team behind this small but mighty rotorcraft is, needless to say, thrilled at its success and honoured for the acknowledgment. We're also eager to see what comes next with the operations demonstration," Tzanetos added.

Ingenuity hitched a ride to the Red Planet on Perseverance, which landed on February 2021. It was designed as a technology demonstration and carries no science payloads on board. Its mission was to prove that humanity can fly powered vehicles on Mars.

After Ingenuity achieved its tech demo goals, the helicopter entered its current operations demonstration phase to test its abilities as an aerial explorer, quickly imaging and scouting areas of Mars. This capability has proven useful to Perseverance operators and scientists.

During its most recent flights, Ingenuity has surveyed areas of particular interest for Perseverance to potentially explore in its hunt for signs of ancient life.

The helicopter is paving the way for possible future missions that could use rotorcraft to help scout, explore, and even carry science payloads on other worlds, NASA said.

For over 60 years, Aviation Week Network's Laureate Awards have recognised the extraordinary achievements of individuals and teams in business aviation, aerospace, and defense.

Others in the category of space to win the coveted award includes Northrop Grumman's Mission Extension Vehicle and SpaceX's Crew Dragon Demo-2.

The Laureate award will be presented at a ceremony in October in McLean, Virginia.

Disclaimer: This post has been auto-published from an agency feed without any modifications to the text and has not been reviewed by an editor

Tags: Aviation Week NetworkTeddy tzanetosNasaNational programmeBorish johnsonSpace agencyNational space agencyUs air forcesNational media centerNational aeronautics space administrationAviation week & space technologyAgency channel
Open in App

Related Stories

NationalSunita Williams Return: IIT Bombay Professor Says, “This Tells Us About Complexities of Space” (Watch Video)

InternationalDolphins Greet NASA Astronauts Off Florida Coast as They Return Home After Extended Space Mission

InternationalSunita Williams Returns to Earth: What Did NASA Astronaut Do in Space for Nine Months?

InternationalSunita Williams Return Live Streaming: Watch Live Telecast of SpaceX Crew-9 Capsule Carrying NASA Astronauts Returning to Earth

InternationalSunita Williams Return: Check Time and Date of NASA Astronauts Aboard SpaceX Crew Dragon Capsule Landing on Earth

International Realted Stories

InternationalGermany's Chancellor-in-waiting Merz unveils Cabinet picks

InternationalLebanon 'calmly' takes steps to ensure state's exclusive arms control: President

InternationalRussian President Putin declares 72-hour ceasefire in Ukraine to mark WW2 anniversary

InternationalPoGB: Shigar residents protest against Pak government's plan to exploit resources

InternationalSpain, Portugal hit by massive power outage, millions left without electricity