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1m 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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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. -
An accurate temperature sensor capable of measuring temperatures in the range of -55°C to +150°C, compatible with all WiFi-enabled SpaceMotionery modules. -
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. -
Testing and educational SW to simulate Earth orbits (or around any other planet) given spacecraft orbital parameters (Keplerians) and spacecraft attitude, given spin and torques applied to it. -
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A cost-effective scale to measure mass and Center OF Gravity (COG) of small structures, for instance 1U CubeSats. -
A versatile heat pump capable of transferring heat from one surface to the opposite, up to 10W. Price on request -
A compact and easy to use cooler based on Peltier cells. Price on request -
A set of five Alluminum surfaces, 10x10 cm2 (the size of a 1U CubeSat), painted with the following colors: black, white, red, blue, pure Aluminum They are mainly intended for thermographic measurements and for teaching and measuring the effects of color on thermal heating, thermal absorption and thermal radiation. -
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An easy-to-use heater for various testing or teaching applications. -
Sale!
A triad of orthogonal Merritt coils that allow to create a uniform magnetic field, fixed or rotating, inside a cubic volume of 65x65x65 cm3 (well above 64U CubeSat). The Merritt Cage can be used both to cancel the Earth's magnetic field and generate an area with a magnetic field very close to zero, and to produce a magnetic field of intensity up to 4G (up to 5G for short periods), oriented at will in space, both fixed and slowly rotating (up to 1 revolution per second).
