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An accurate 10-axis inertial measurement unit for measuring 3-D acceleration, 3-D rotation, 3-D magnetic field and temperature, compatible with all WiFi-enabled SpaceMotionery modules, for testing small satellites (e.g. CubeSats) and for performing various physics and STEM experiments, under the real-time control of a Smartphone or PC. -
An accurate temperature sensor capable of measuring temperatures in the range of -55°C to +150°C, compatible with all WiFi-enabled SpaceMotionery modules. -
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An accurate electrical sensor capable of measuring positive voltages up to 85V, positive and negative currents up to 4A, and positive and negative load powers up to 340W, compatible with all WiFi-enabled SpaceMotionery modules, for testing small satellites (such as example CubeSats) and for carrying out various physics and STEM experiments, but also for automating electronic measurements, under the real-time control of a Smartphone or PC. -
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40 cm cable for all SpaceMotionery sensors. Price is per cable. -
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1m cable for all SpaceMotionery sensors. Price is per cable. -
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2m cable for all SpaceMotionery sensors. Price is per cable. -
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40 cm cable for all SpaceMotionery sensors. Price is per cable. -
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The SMT10D10 six channel data logger and dual power module is an Arduino-like module intended both for teaching of scientific and technological subjects and for embedding in test equipment.
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A WiFi-enabled 6-sensor data logger and integrated controller with two controllable power outputs. It is able to simultaneously collect and process data from 6 different sensors via as many SPI interfaces or analog channels and control two power outputs, up to 20V, 150W (total). It is compatible with all SpaceMotionery sensors and actuators. -
Replacement of power switching board for SMT01A01 1U Light Source Price on request -
Replacement of power switching and fuse board for SMT10D11S Standalone Module. Price on request -
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A multifunctional support for testing elements or systems or for educational experiments on objects whose position and orientation must remain constant.
