homehome Home chatchat Notifications


ESA transmits ExoMars' landing commands, eagerly awaits the event

After 8 months in space, ESA's crafts are approaching the martian surface.

Alexandru Micu
October 11, 2016 @ 6:53 pm

share Share

The Schiaparelli spacecraft has just received its landing commands from the European Space Agency (ESA), and is expected to touch down on Mars on Oct. 19.

Image credits ESA.

The ESA’s ExoMars mission is nearing its most climactic point — the touchdown. On March 14, the agency launched two connected crafts, the Trace Gas Orbiter and its Schiaparelli lander on a quest to reach the Red Planet. The two have almost completed their long trek through space, and will separate on Sunday, Oct. 16 above Mars. If everything goes well, Schiaparelli will land on the planet’s surface three days later, while the Trace Gas Orbiter will remain in orbit around it to study its atmosphere.

ESA put together a video to detail the crafts’ commands and landing procedure — basically, Schiaparelli will have to discharge the front and back aeroshells, deploy its descent sensors, braking parachutem and landing thrusters for a controlled impact on the surface. Here’s the video:

 

The craft will land in the Meridiani Planum, a flat region close to Mars’ equator. The lander will hit the atmosphere at about 21,000 km/h (13,000 mph), and will need to decelerate to safe landing speeds in about 6 minutes, ESA officials said in their statement. The craft’s sensors will monitor its height above the surface starting at 7 km (4 miles) altitude. When it reaches about 2 meters (6.5 feet) from it, it will hover for a moment then cut its thrusters for touchdown.

It will then start beaming up information about Mars’ winds (direction and speeds), humidity, pressure, temperatures, and so on, to the Orbiter. ESA hopes the data will help us better prepare for ExoMars’ rover mission, scheduled for 2020.

 

share Share

The World's Tiniest Pacemaker is Smaller Than a Grain of Rice. It's Injected with a Syringe and Works using Light

This new pacemaker is so small doctors could inject it directly into your heart.

Scientists Just Made Cement 17x Tougher — By Looking at Seashells

Cement is a carbon monster — but scientists are taking a cue from seashells to make it tougher, safer, and greener.

Three Secret Russian Satellites Moved Strangely in Orbit and Then Dropped an Unidentified Object

We may be witnessing a glimpse into space warfare.

Researchers Say They’ve Solved One of the Most Annoying Flaws in AI Art

A new method that could finally fix the bizarre distortions in AI-generated images when they're anything but square.

The small town in Germany where both the car and the bicycle were invented

In the quiet German town of Mannheim, two radical inventions—the bicycle and the automobile—took their first wobbly rides and forever changed how the world moves.

Scientists Created a Chymeric Mouse Using Billion-Year-Old Genes That Predate Animals

A mouse was born using prehistoric genes and the results could transform regenerative medicine.

Americans Will Spend 6.5 Billion Hours on Filing Taxes This Year and It’s Costing Them Big

The hidden cost of filing taxes is worse than you think.

Underwater Tool Use: These Rainbow-Colored Fish Smash Shells With Rocks

Wrasse fish crack open shells with rocks in behavior once thought exclusive to mammals and birds.

This strange rock on Mars is forcing us to rethink the Red Planet’s history

A strange rock covered in tiny spheres may hold secrets to Mars’ watery — or fiery — past.

Scientists Found a 380-Million-Year-Old Trick in Velvet Worm Slime That Could Lead To Recyclable Bioplastic

Velvet worm slime could offer a solution to our plastic waste problem.