It’s the most ambitious attempt to launch a spacecraft into orbit, and it’s still in development.
The Russian Progress spacecraft is in its final days of development.
It’s a small spacecraft, just 7 meters (23 feet) long and 7.5 meters (25 feet) wide.
Its main payload is a pair of tiny spacecraft wheels, weighing 1,500 kilograms (3,800 pounds) each.
That’s almost as much as a large refrigerator.
The wheels have no bearing, so the vehicle has to be steered with a small steering mechanism, a type called a gyroscope.
It has to move in a specific direction and it has to stay in that direction, so it’s a complex system.
The rocket motor that powers the spacecraft is also a complicated one.
It’s a gas turbine, and the gas that powers it is a mixture of methane and water.
The mixture is heated and compressed.
This creates thrust.
The propellant burns in the rocket nozzle, where it’s compressed to make it burn faster.
Then the mixture burns out, releasing its energy.
It also turns the gas turbine into a turbine, which is a spinning disk.
This spins the turbine at high speed, and this spins the propellant into a gas, which causes it to burn even faster.
This is the part of the rocket engine that controls the direction the rocket will travel.
This part is the rocket’s “gimbal.”
The other parts of the engine control the speed of the spacecraft and the rate of the spin.
The gas turbine engine can do all of this with just a few grams of propellant.
The rocket motor has a diameter of 5 meters (16 feet) and a mass of about 50 kilograms (110 pounds).
The gas turbine’s diameter is just 3 meters (10 feet) so the engine has to produce a very small amount of thrust.
The propellant has to burn at very high temperatures to produce that small amount.
The main rocket motor, or “rocket,” is a small cylindrical cylinder with three tubes.
The main tube is called the “battery” and the other two tubes are called “generators.”
The generators are actually “gas tanks,” or tanks that store hydrogen gas that’s heated by a flame.
The generator has a rotating motor that is controlled by the gimbal, and a secondary motor that can turn it to make the rotation.
These two motors control the rocket in different directions, so they have to be set in the right place.
When one of the motors is not spinning the other will be spinning.
That means that the rocket is moving along a path that is parallel to the path the other motor takes.
The rockets engines are rotating at about the same speed, which means that they can rotate to different angles and also different distances.
The rotation of the generator and the rotation of one of these motors also affects the engine’s thrust.
In the final days before launch, the Russians plan to test the system with a series of small, single stage rockets.
The spacecraft will orbit the moon in about five hours.
If everything goes as planned, the mission will take about six months.
The team behind the mission has the funding and expertise to make this mission a reality, but it has the technical challenges that are expected.
The Russian government is providing the rocket engines and the rocket.
The United States is providing a large number of spacecraft that will be used for the mission, but NASA will not be using the spacecraft.
There is a separate agreement between the U.S. and Russia to provide launch services, but this is not the mission that NASA will be conducting.
The space agency has asked Congress to allow it to take over the mission.
But NASA has no plans to send the spacecraft to the Moon, so NASA is relying on private companies.NASA will launch the spacecraft in September, with the goal of sending the payloads to the surface of the moon.