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Sale!
A calibrated light source capable of illuminating a square object of up to 12×12 cm2 (e.g., one or two adjacent faces of a 1U CubeSat) at different angles of incidence with nearly uniform spatial distribution. Power density can be set either equal to direct sunlight on the Earth’s surface (so-called AM1) or outside the atmosphere (so-called AM0) or other selectable illuminations. -
Sale!
Our price is a Reference Price, it might change according to your order. A fully didactical satellite frame (non flyable) which can be used by students to assemble their CubeSat pre-totypes or to understand the concepts of satellite integration. -
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. -
An innovative patented equipment to suspend a satellite up to 20kg (or 5kg depending on model) and allow unlimited and frictionless 1DOF rotational movement, overcoming the limitations of classical air bearings. -
An innovative patented equipment to suspend a satellite up to 20kg (or 5kg depending on model) and allow unlimited and frictionless 1DOF rotational movement, overcoming the limitations of classical air bearings. -
A nonmagnetic, three-degree-of-freedom (DOF) motorized gimbal for rotating a 12U spacecraft around its center, without angular constraints, at up to 10 RPM. The product does NOT include the containing magnetic cage shown in photo, which must be acquired separately (see SMT02C13 Helmholtz Cage or SMT02C17 Merritt Cage). -
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). -
A triad of orthogonal Helmholtz coils that allow to create a uniform magnetic field, fixed or rotating, inside a sphere of user-defined size. The Helmholtz 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 user-defined value, oriented at will in space, both fixed and slowly rotating. -
A triad of orthogonal Helmholtz coils that allow to create a uniform magnetic field, fixed or rotating, inside a sphere of 60 cm in diameter, or a cubic one of 35x35x35 cm3 (27U CubeSat), without embedded coil controller. The Helmholtz 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 based on user controller, both fixed and rotating. -
A WiFi-enabled 6-sensor data logger capable to simultaneously collect and process data from 6 different sensors via as many SPI interfaces or analog channels. It operates from an USC supply and is compatible with all SpaceMotionery sensors and actuators. -
Sale!
A calibrated light source capable of illuminating a square object of up to 12×35 cm2 (e.g., one or two adjacent faces of a 3U CubeSat) at different angles of incidence with nearly uniform spatial distribution. Power density can be set either equal to direct sunlight on the Earth’s surface (so-called AM1) or outside the atmosphere (so-called AM0) or other selectable illuminations. -
A fully didactical board which can be developed, simulated, routed, assembled and tested by students to learn principles of photovoltaic conversion, switching regulators, PCB design and electronic assembly technologies.
