Progress

SDG technical development


rf tests in endurosat lab
RF tests

EnduroSat RF engineer performing tests with the RF Lab equipment.

rf tests in endurosat lab
RF tests

The S-band Transmitter and X-band Transmitter have both performed to the highest standards in all tests with only minor deviations from the prescribed performance due to fine-tuning of the S-band throughout the frequency range.

Space qualification
Space qualification

6U CubeSat undergoing initial functional tests prior to environmental testing.

Space qualification
Space qualification

6U Platform encapsulated within a mechanical TestPod prior to vibrational testing.

Space qualification
Space qualification

S-band dual frequency antenna and X-band 4x4 antenna integrated as part of the 6U CubeSat.

Space qualification
Space qualification

The 6U CubeSat along with another EnduroSat 1U CubeSat during the TVAC testing.

Space qualification
Space qualification

The 6U CubeSat enclosed within the test pod on the vibrational table during X-side Quasi-Static Load (QSL) vibrations.

Space qualification
Space qualification

The 6U CubeSat enclosed within the test pod on the vibrational table during X-side random vibrations. Measurement accelerometer is shown in the green circle.

Space qualification
Routing demo 1

AIKO Autonomous routing.

Space qualification
Routing demo 2

AIKO Autonomous routing.

Space qualification
Mission control

Contact Scheduling Screen.

Space qualification
Mission control

Creating a customized dashboard.

Space qualification
Mission control

Replaying satellite telemetry.

Space qualification
2D Orbits

By using TLEs to define each satellite, the system can plot the ground track to visualize the path of the satellite over the planet for the subsequent orbits.

Space qualification
3D Orbits

The system offers orbit 3D visualization using Cesium.

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The project is funded by H2020 Fast Track to Innovation Programme.

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