LEOPARDSat-1
       
     
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 16 RADFET sensors are placed under experimental payload samples of carbon-carbon with HDPE shielding. The system is  stabilized using the magnetic field of the Earth for passive attitude control while transiting the Van Allen radiation belts.
       
     
 Deployable antenna for proprietary UHF radio packaged for flight
       
     
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 LEOPARDSat-1 in its final flight configuration, integrated into the deployer at Voyager Technologies
       
     
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LEOPARDSat-1
       
     
LEOPARDSat-1

The first satellite from the University of Cincinnati and the first student satellite from the State of Ohio.

A 1U cubesat with a scientific payload on board designed to research new materials for radiation shielding to protect astronauts in space as we journey to the Moon, Mars, and beyond.

https://uccubecats.github.io/LEOPARDSat-1.html

20251204_120821.jpg
       
     
20260107_174758.jpg
       
     
Screenshot_20260104_142808_Gallery.jpg
       
     
 16 RADFET sensors are placed under experimental payload samples of carbon-carbon with HDPE shielding. The system is  stabilized using the magnetic field of the Earth for passive attitude control while transiting the Van Allen radiation belts.
       
     

16 RADFET sensors are placed under experimental payload samples of carbon-carbon with HDPE shielding. The system is stabilized using the magnetic field of the Earth for passive attitude control while transiting the Van Allen radiation belts.

 Deployable antenna for proprietary UHF radio packaged for flight
       
     

Deployable antenna for proprietary UHF radio packaged for flight

20260108_190028.jpg
       
     
 LEOPARDSat-1 in its final flight configuration, integrated into the deployer at Voyager Technologies
       
     

LEOPARDSat-1 in its final flight configuration, integrated into the deployer at Voyager Technologies

20260109_091622(0).jpg
       
     
20260109_092337.jpg
       
     
20260408_181117.jpg
       
     
20260411_080110.jpg
       
     
Leopard Logo.png
       
     
Letter_of_Commendation.png