VERSE Cubesat Structures
Modular CubeSat structures from 1U to 16U
The VERSE series of CubeSat structures is designed to deliver high performance, versatility, and flight-proven reliability for satellite missions from 1U to 16U. With modular design, custom interfaces, and a proven track record in orbit, VERSE CubeSat structures ensure flexibility and robustness for a wide range of applications, from academic projects to demanding commercial missions.
Reliability
Integration
Error-free integration process
Safe and easy handling
Standard PC104 layout
Modular mounting options
Customizable stack height
Flexibility
Choose your mission form factor
VERSE-01
1U Cubesat Structure
- Form factor 1U
- Mass 90 g
- Maximized ease of integration and access
- Enhanced structural performances
- Single or multiple stacks PC104 Compatible
- User-definable end frame layout
VERSE-02
1U Cubesat Structure
Peak Power: 5W
OC Voltage options: 5.2 V
Suggested for: 2U
Side: Lateral
Form Factor: 2U Lateral XY
Mass: 80 g
Protection: Dual redundant
VERSE-03
3U Cubesat Structure
Form factor 3U
Mass 290g
Maximized ease of integration and access
Enhanced structural performances
Single or multiple stacks PC104 Compatible
User-definable end frame layout
VERSE-06
6U Cubesat Structure
Form factor 6U
Mass 690g
Maximized ease of integration and access
Enhanced structural performances
Single or multiple stacks PC104 Compatible
User-definable end frame layout
VERSE-08
8U Cubesat Structure
Form factor 8U
Mass 890g
Maximized ease of integration and access
Enhanced structural performances
Single or multiple stacks PC104 Compatible
User-definable end frame layout
VERSE-12
12U Cubesat Structure
Form factor 12U
Mass 1190g
Maximized ease of integration and access
Enhanced structural performances
Single or multiple stacks PC104 Compatible
User-definable end frame layout
VERSE-16
16U Cubesat Structure
Form factor 16U
Mass 1520g
Maximized ease of integration and access
Enhanced structural performances
Single or multiple stacks PC104 Compatible
User-definable end frame layout
