Inside the World of Aperture Science’s $10 million Mars Rover, the biggest in the world

Aperture science is a company that builds and tests telescopes for the National Reconnaissance Office.

It’s also a company, though, that builds a lot of space-based telescopes.

The $10-million Mars Rover that will carry a small, low-power camera on its surface will become the largest spacecraft to have ever entered deep space, dwarfing the Hubble Space Telescope and making it the most powerful telescope ever launched.

The Rover’s design is a blend of NASA’s own Mars 2020 rover, which is designed to explore deep space and land on the red planet, with a number of other smaller missions.

Aperture’s Mars 2020 project was one of the largest, and the biggest, in the history of NASA.

It has a price tag of $2.9 billion.

But the mission’s $3 billion price tag means that it will be expensive for NASA to buy the spacecraft.

It will likely be the largest rocket ever launched into orbit, and that’s a tall order for any agency.

NASA has a history of making costly, low risk, high return missions.

That’s why NASA has long had a long history of buying expensive, expensive things.

The agency is not alone in its reliance on expensive hardware.

NASA’s $2 billion mission to send an unmanned probe into Mars is a great example.

It was funded by $2,500.

NASA also has an entire program to fly a spacecraft into orbit around Mars, called the Mars Atmosphere and Volatile Evolution Program.

The $1.7 billion Mars Science Laboratory (MSL) mission is the other large, expensive NASA project.

NASA is still trying to figure out how to build a spacecraft that could get into orbit and send samples back to Earth for study.

In contrast, the $10 billion Rover is not as large as the MSL or even the Mars Exploration Rovers (MARS) program.

The rover will not be able to take large samples of rocks or soil.

But it will have enough technology to send pictures back to earth.

The mission will have the most science capabilities of any Mars mission.NASA plans to use the Rover’s cameras to find the origin of Mars’ ancient volcanic deposits.

The Curiosity rover, on the other hand, is supposed to explore the origin and evolution of Mars itself.

A $3-billion mission to land a rover on Mars would be the most ambitious lander mission ever launched on the planet.

The Mars 2020 mission will likely make the first landing on Mars.

NASA will likely use the cameras to collect high-resolution pictures of the Red Planet.

The Rover will be built by the California Institute of Technology (Caltech), which is an elite school in Pasadena, California.

It is the biggest private company in the US, with almost 500 employees and operations in the Los Angeles and Silicon Valley areas.

It employs more than 1,300 people.

Aperture is also the parent company of the company that built the Hubble Telescope.

The company has spent $50 million over the past few years to make its telescope larger and better.

The Mars 2020 spacecraft is called the Maven.

The Maven is a spacecraft designed to carry a powerful camera that can take pictures of rocks and soil.

It could also serve as a ground station for the rover.

The camera will have about the same amount of power as Hubble’s Hubble Spacecraft.

It also has about the exact same size as the Hubble spacecraft.

The rover will also be equipped with an onboard computer, called a magnetometer, to measure magnetic fields on the Martian surface.

The magnetometer will collect data about the planet’s magnetic field.

The data will be used to make a map of the Martian landscape and geology.

The telescope’s instruments will also measure atmospheric composition, the amount of carbon dioxide, methane, water vapor and other gases that are present in the Martian atmosphere.

The mission will also collect pictures of Mars, but the most interesting feature of the rover will be its cameras.

The cameras are going to be powerful enough to capture high-quality images of rocks on the surface of Mars.

The cameras will capture high quality pictures of soils on the land.

The instruments on the Mavids will be the cameras that will capture the most images of the red planets.

The images will be able for the first time to look into the atmosphere of the planets, which can be a great way to study how the planets are moving.

The Martian atmosphere will be a key ingredient for understanding the origins of the planet, and it will also give scientists a better idea of how the Red, Blue and Green planets formed.

A good part of the Mavis camera’s capabilities will come from the cameras on the Rover.

It can take high-definition pictures of mountains, valleys and other features on Mars, and high-speed videos of the ground on Mars will allow researchers to better understand the Martian climate.

The Mavid cameras will also allow the rover