State of the art report 202512U Satellite
Our 12U CubeSat features modular subsystems, allowing for customizable configurations to meet various operational needs.
Mission example
- Capable of maneuvering from different orbital slots in Geostationary orbit
- Precision Agriculture Monitoring for Optimal Crop Management
- Environmental Hazard Detection, Including Oil Spills and Chemical Leaks
MSRP From
*€750.000
Specifications
Description
Space Inventor’s 12U satellite is equipped with an electric propulsion system and four 100 mNms reaction wheels, providing exceptional manoeuvrability and control. It also supports advanced pointing accuracy with optional dual star trackers (10-20 arcseconds) and six fine sun sensors, making it suitable for missions requiring precise attitude control, such as Earth observation, rendezvous, and tactical communication.
With payload volumes of 6-8 units and a payload mass capacity of 6-9 kg, the 12U offers ample space for larger or more complex payloads, while maintaining the high agility and fine pointing capabilities typical of smaller platforms. The X-band high-speed downlink at 100 Mbps, coupled with up to 64 GB of data storage, ensures rapid and efficient data handling.
This platform delivers the performance typically seen in microsatellites, within a CubeSat framework, making it perfect for missions requiring higher power, larger payloads, and precise operational control. Whether for scientific, military, or commercial missions, the 12U platform is built to exceed expectations.
*Platform without NRE, Propulsion and Payload
Features
Mechanical drawing
Available modules in satellite
Reaction Wheel
Magnetorquer
PATCH1-L-R
L-Band Patch 1 antenna. This antenna design offers simplicity and efficiency, making it suitable for various applications like GPS systems, satellite communication, and remote sensing due to its ability to maintain a stable connection within this frequency range.
PATCH2X2-S-R
S-Band Patch 2 antenna. An S-band 2x2 antenna array is a compact yet powerful configuration of four antenna elements designed to operate in the S-band frequency range.
PATCH1-S-R
S-Band Patch 1 antenna. An S-band is widely used in various applications, including satellite communication and radar systems, for its simplicity and effectiveness in this frequency range.
An S-band single patch antenna is a compact single port antenna designed for the 2025-2110 MHz or 2200-2290 MHz S-band frequency range.
PATCH4X4-X-R
X-Band Patch 4 antenna. This configuration provides exceptional performance, making it crucial for advanced radar systems, satellite communication, and high-frequency applications requiring precise directional control and enhanced signal strength.
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