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Astronomy / Engineering

Docking a spacecraft

Approach the station, match orientation and settle into the docking collar. Automatic guidance uses the same limited thrusters as your manual commands.

Docking a spacecraft — Actual application image
Actual application image

The model and its limits

Linear Hill relative-orbit dynamics, six-axis RCS commands and finite propellant. Capture requires low relative speed, small offset and attitude error; station contact uses a simplified response.

Equations used in the module
Equations
x_ddot = 3 n² x + 2 n z_dot + a_x; y_ddot = -n² y + a_y; z_ddot = -2 n x_dot + a_z; dm/dt = -F / (Isp g0)

Related experiments

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A satellite through day and night — Actual application image

Astronomy

A satellite through day and night

Keep a satellite powered through sunlight and eclipse. Deploy solar wings, change their pointing and decide when the scientific payload can stay on.

A station arm moves its cargo — Actual application image

Astronomy / Engineering

A station arm moves its cargo

Use a station-mounted arm to capture floating cargo and move it into the service area. Compare automatic transfer with manual tool positioning.

A mobile laboratory on Mars — Actual application image

Astronomy

A mobile laboratory on Mars

Explore the red terrain, stop at survey sites and operate the sampling arm. The automatic expedition drives and pauses to collect samples.