State of the art report 2025Astro Observatory
Space Inventor’s microsatellite configured for astro observatory is equipped with a cutting-edge 300 mm aperture telescope suitable for a range of cameras.
Mission example
High-Res Imaging: Detailed star surface and atmospheric analysis
Exoplanet Transit Studies: Size, orbit, and atmosphere calculations
Spectroscopic Analysis: Temperature, composition, and kinematics
Stellar Classification: Precise star categorization for evolutionary insights
Variable Star Monitoring: Tracks brightness changes for pulsations and binaries
MSRP From
€2.000.000
Specifications
Description
Space Inventor’s microsatellite configured for astro observatory is equipped with a cutting-edge 300 mm aperture telescope suitable for a range of cameras.
Features
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.
MONOPOLE2-UHF
The UHF/VHF Monopole Antenna for Satellite is a high-performance, compact antenna designed specifically for satellite communication applications in the UHF & VHF bands.
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