Fly across Mars’ ‘Labyrinth of Night’: Incredible video reveals what it would be like to soar over the surface of the Red Planet

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Have you ever wondered what it would be like to fly over the surface of Mars?

Well, now you can get an idea.

That’s because the European Space Agency (ESA) has shared an animation offering a bird’s-eye view of one of the Red Planet’s most stunning sights, Noctis Labyrinthus — Latin for “night labyrinth.”

The video was compiled with the help of images taken by the European Space Agency’s Mars Express spacecraft, which has been mapping the surface of Mars for two decades.

It has taken thousands of photos since arriving at the fourth planet from the Sun in December 2003, including capturing the tattered landscape of canyons that lie between Mars’ Valles Marineris and the massive volcanoes of the Tharsis Bulge.

AMAZING: The European Space Agency has shared an animation of what it would be like to fly over one of Mars’ most spectacular sights, Noctis Labyrinthus – Latin for “night labyrinth”.

What is a night maze?

The area known as Noctis Laryinthus – or the Labyrinth of Night – lies on the western edge of the Marineris Valley, a stunning feature known as the Grand Canyon of Mars.

Vast masses more than 70 miles (112 kilometers) wide create a patchwork of paths through fractures up to 3.7 miles (6 kilometers) deep in the Martian surface that extend more than 745 miles (1,200 kilometers).

Scientists say that this maze of valleys was formed when the Martian crust swelled millions of years ago as a result of tectonic and volcanic activity.

The area, known as the Tharsis region, is home to one of the largest volcanoes in the solar system – Olympus Mons.

“As the crust in the Tharsis Province bulged, it extended into parts of the surrounding terrain, creating fissures several kilometers deep and leaving blocks trapped within the resulting trenches,” the European Space Agency said.

Scientists took these images and combined them to create an animation showing the 745-mile (1,200 km) maze of valleys that are 18.6 miles (30 km) wide and 3.7 miles (6 km) deep.

By comparison, the Grand Canyon in Arizona is 18 miles (29 kilometers) wide at its widest point and 1.1 miles (1.8 kilometers) at its deepest point.

Such is the sheer size of Noctis Labyrinthus that it runs the length of Italy or the Rhine River from its source in the Alps to the North Sea.

It is located at the western end of the Marineres Valley, a stunning feature known as the Grand Canyon of Mars.

Scientists say that the maze of valleys was formed when the Martian crust swelled millions of years ago as a result of tectonic and volcanic activity.

“As the crust in the Tharsis Province bulged, it extended into parts of the surrounding terrain, creating fissures several kilometers deep and leaving blocks trapped within the resulting trenches,” the European Space Agency said.

In addition to relying on the Mars Express rover’s high-resolution stereo camera, experts also had to use topographic information from a digital terrain model to help create a 3D view of the landscape.

The result is an animated video that gives the viewer the feeling of being in a helicopter while exploring another planet in our solar system.

The video reveals fascinating landscape features of Noctis Labyrinthus, including what are known as ‘grabens’.

These are parts of the planet’s crust that have collapsed.

They can be found on land as well, including Canyonlands National Park in Utah.

“Intense volcanic activity in the nearby Tharsis region is responsible for the formation of these features,” the European Space Agency said.

Orbiter: The video was compiled with the help of images taken by the European Space Agency’s Mars Express spacecraft (pictured), which has been mapping the surface of Mars for two decades.

Busy: Mars Express has taken thousands of photos since arriving at the fourth planet from the Sun in December 2003, including capturing the tattered landscape of the canyons that lie between Mars’ Valles Marineris and the massive volcanoes of the Tharsis Bulge (pictured)

Experts combined images from Mars Express to create an animation showing the 745-mile (1,200 km) maze of canyons that are 18.6 miles (30 km) wide and 3.7 miles (6 km) deep.

Huge: Such is the sheer size of Noctis Labyrinthus that it runs the length of Italy, or the Rhine River from its source in the Alps to the North Sea

“This volcanic activity caused large areas of the Martian crust to curve upward and become tectonically stretched and compressed, causing it to thin, crack and subside.”

The main goal of the Mars Express spacecraft, which was ESA’s first foray to another planet, is to search for evidence of water beneath the surface of the Red Planet.

It also carried a small lander called Beagle 2 when it was sent to Mars in 2003, but it was lost on arrival.

So far, the orbiter has discovered enough water ice in the polar caps to create a global ocean 36 feet (11 meters) deep, revealing vast plains of permafrost around the red planet’s south pole.

Mars Express also found the highest clouds ever seen above any planetary surface at an altitude of 62 miles (100 kilometers).

Other human spacecraft that have imaged Noctis Labyrinthus include NASA’s Viking 1 orbiter, which captured a wide view of the region in 1980.

What is ESA’s MARS EXPRESS satellite?

Mars Express, named for its quick and streamlined development time, marks the European Space Agency’s (ESA) first visit to another planet in the solar system.

The spacecraft, launched in 2003, borrowed technology from the European Space Agency’s Rosetta mission and the Mars 96 mission.

Since beginning science operations in 2004, the rugged orbiter has given scientists a whole new view of Earth’s intriguing neighbor.

It is now helping to answer fundamental questions about the geology, atmosphere, surface environment, water history and the possibility of life on Mars.

Mars Express, named for its quick and streamlined development time, marks the European Space Agency’s (ESA) first visit to another planet in the solar system (artist’s impression).

The spacecraft’s high-resolution camera sent back thousands of dramatic 3D images of the Martian surface.

One instrument has detected hydrated minerals that form only in the presence of liquid water, providing confirmation that Mars was once wetter than it is today.

The first radar probe orbiting another planet has discovered underwater layers of water ice.

Another instrument discovered enough water ice in the polar caps to create a global ocean 36 feet (11 meters) deep, revealing vast plains of permafrost around Antarctica.

Mars Express found the highest clouds ever seen above any planetary surface at an altitude of 62 miles (100 kilometers).

The mission found evidence of the possible presence of methane, which on Earth is attributed to active volcanic activity and biochemical processes.

Its highly elliptical orbit enabled the spacecraft to look beyond Mars, in order to survey its two small moons, especially the innermost satellite Phobos, which has been studied in unprecedented detail.

During its existence, it served as a communication relay between Earth and various NASA spacecraft, including the Phoenix lander and several rovers on the surface.

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