Available Payload Volume:
up to 10U + 4x Tuna Can
Data rate:
500 kbps
Peak Power:
500 W
Battery Capacity:
80 Wh
Attitude Control:
0.1°
Knowledge precision:
0.05°

Spacemanic CZ can support your mission from concept to orbit by delivering end-to-end expertise - from mission architecture and spacecraft integration to in-orbit operations. You can choose from a rich product portfolio from nanosatellite subsystems to fully integrated platforms using the scalable CORVUS advanced nanosatellite platform developed under the ESA Pioneer Programme. CORVUS platform leverages the successful experience of flight heritage components developed at Spacemanic CZ to offer versatile capabilities to its customers. From loT, EO, far-field optical to propulsion and space technology IOD payloads, the platform will open the door to more volume, mass and power provided to payloads by offering scalability from 1U to 16U. Designed for next-generation space applications, CORVUS redefines flexibility and performance in nanosatellite missions. Get in touch today and launch your project to space!

Usage:

  • Earth observation
  • Weather and climate monitoring
  • Communication
  • Scientific tests and projects
  • Military purposes

Designed for:

  • Universities
  • Scientific research centers
  • Tech companies
  • Government entities
  • Private individuals

Applications:

  • Educational and scientific missions
  • Technology in-orbit demonstration missions
  • Commercial constellation missions and many others

CORVUS 12U CubeSat Platform

Spacemanic

Spacemanic CZ can support your mission from concept to orbit by delivering end-to-end expertise - from mission architecture and spacecraft integration to in-orbit operations. You can choose from a rich product portfolio from nanosatellite subsystems to fully integrated platforms using the scalable CORVUS advanced nanosatellite platform developed under the ESA Pioneer Programme. CORVUS platform leverages the successful experience of flight heritage components developed at Spacemanic CZ to offer versatile capabilities to its customers. From loT, EO, far-field optical to propulsion and space technology IOD payloads, the platform will open the door to more volume, mass and power provided to payloads by offering scalability from 1U to 16U. Designed for next-generation space applications, CORVUS redefines flexibility and performance in nanosatellite missions. Get in touch today and launch your project to space!

Usage:

  • Earth observation
  • Weather and climate monitoring
  • Communication
  • Scientific tests and projects
  • Military purposes

Designed for:

  • Universities
  • Scientific research centers
  • Tech companies
  • Government entities
  • Private individuals

Applications:

  • Educational and scientific missions
  • Technology in-orbit demonstration missions
  • Commercial constellation missions and many others
Current Stock:
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Available Payload Volume:
up to 10U + 4x Tuna Can
Data rate:
500 kbps
Peak Power:
500 W
Battery Capacity:
80 Wh
Attitude Control:
0.1°
Knowledge precision:
0.05°

Spacemanic CZ can support your mission from concept to orbit by delivering end-to-end expertise - from mission architecture and spacecraft integration to in-orbit operations. You can choose from a rich product portfolio from nanosatellite subsystems to fully integrated platforms using the scalable CORVUS advanced nanosatellite platform developed under the ESA Pioneer Programme. CORVUS platform leverages the successful experience of flight heritage components developed at Spacemanic CZ to offer versatile capabilities to its customers. From loT, EO, far-field optical to propulsion and space technology IOD payloads, the platform will open the door to more volume, mass and power provided to payloads by offering scalability from 1U to 16U. Designed for next-generation space applications, CORVUS redefines flexibility and performance in nanosatellite missions. Get in touch today and launch your project to space!

Usage:

  • Earth observation
  • Weather and climate monitoring
  • Communication
  • Scientific tests and projects
  • Military purposes

Designed for:

  • Universities
  • Scientific research centers
  • Tech companies
  • Government entities
  • Private individuals

Applications:

  • Educational and scientific missions
  • Technology in-orbit demonstration missions
  • Commercial constellation missions and many others