6U Bus M6P - NanoAvionics - single front view - Orbital Transports SmallSat Catalog
Additional Information
Type:
Flight Hardware
Mass (Bus only):
4500 g to 5500 g
Available Payload Volume:
5U
Lifetime in LEO:
5 years
Documentation

NanoAvionics’ flight-proven 6U satellite bus is based on a modular and highly integral design. It delivers extended payload volume and saves development costs for customers.

M6P satellite bus enables customers to concentrate on the most important mission goals and deal with high-level mission implementation tasks only, such as payload development, integration, and support during the mission in orbit.

The standard configuration of the nanosatellite bus is optimized for IoT, M2M, ADS-B, AIS, other commercial and emergency communication applications, and scientific missions.

M6P bus includes propulsion system capable to perform high-impulse maneuvers such as: orbital deployment, orbit maintenance, precision flight in formations, orbit synchronization and atmospheric drag compensation. It results in extended satellite orbital lifetime uncovered new opportunities for the unique customer missions and significant savings on constellation maintenance costs.

* see Documents Tab for description of each configuration available.

Default M6P Bus includes:

  • All flashed ready-to go subsystems and Payload Controller
  • 2 working weeks of Payload Controller software customization support
  • Propulsion system with 300 ml of propellant and support equipment
  • Fixed solar panels giving up to 9.5W OAP for payload
  • Launch-site support

 

M6P Bus without propulsion system includes:

  • All flashed ready-to go subsystems and Payload Controller
  • 2 working weeks of Payload Controller software customization support
  • Fixed solar panels giving up to 9.5W OAP for payload

 

High Power M6P Bus Includes:

  • All flashed ready-to go subsystems and Payload Controller
  • 2 working weeks of Payload Controller software customization support
  • Propulsion system with 300 ml of propellant and support equipment
  • Deployable solar panels giving up to 29W OAP for payload
  • Launch-site support

 

High Power M6P Bus without propulsion includes:

  • All flashed ready-to go subsystems and Payload Controller
  • 2 working weeks of Payload Controller software customization support
  • Deployable solar panels giving up to 29W OAP for payload

 

M6P high precision ADCS configuration includes:

  • All flashed ready-to go subsystems and Payload Controller
  • Propulsion system with 300 ml of propellant and support equipment
  • 2 working weeks of Payload Controller software customization support
  • Fixed solar panels giving up to 9.5W OAP for payload
  • ADCS with star tracker providing pointing accuracy ranges (pointing/knowledge): 0.1°-0.5° / 0.05°-0.3°
  • Launch-site support

 

M6P high precision ADCS configuration without propulsion includes:

  • All flashed ready-to go subsystems and Payload Controller
  • 2 working weeks of Payload Controller software customization support
  • Fixed solar panels giving up to 9.5W OAP for payload
  • ADCS with star tracker providing pointing accuracy ranges (pointing/knowledge): 0.1°-0.5° / 0.05°-0.3°

 

M6P high power and ADCS configuration includes:

  • All flashed ready-to go subsystems and Payload Controller
  • Propulsion system with 300 ml of propellant and support equipment
  • 2 working weeks of Payload Controller software customization support
  • ADCS with star tracker providing pointing accuracy ranges (pointing/knowledge): 0.1°-0.5° / 0.05°-0.3°
  • Deployable solar panels giving up to 29W OAP for payload
  • Launch-site support

 

M6P high power and ADCS configuration without propulsion includes:

  • All flashed ready-to go subsystems and Payload Controller
  • 2 working weeks of Payload Controller software customization support
  • ADCS with star tracker providing pointing accuracy ranges (pointing/knowledge): 0.1°-0.5° / 0.05°-0.3°
  • Deployable solar panels giving up to 29W OAP for payload 

6U Bus - M6P

NanoAvionics
Description

NanoAvionics’ flight-proven 6U satellite bus is based on a modular and highly integral design. It delivers extended payload volume and saves development costs for customers.

M6P satellite bus enables customers to concentrate on the most important mission goals and deal with high-level mission implementation tasks only, such as payload development, integration, and support during the mission in orbit.

The standard configuration of the nanosatellite bus is optimized for IoT, M2M, ADS-B, AIS, other commercial and emergency communication applications, and scientific missions.

M6P bus includes propulsion system capable to perform high-impulse maneuvers such as: orbital deployment, orbit maintenance, precision flight in formations, orbit synchronization and atmospheric drag compensation. It results in extended satellite orbital lifetime uncovered new opportunities for the unique customer missions and significant savings on constellation maintenance costs.

* see Documents Tab for description of each configuration available.

Default M6P Bus includes:

  • All flashed ready-to go subsystems and Payload Controller
  • 2 working weeks of Payload Controller software customization support
  • Propulsion system with 300 ml of propellant and support equipment
  • Fixed solar panels giving up to 9.5W OAP for payload
  • Launch-site support

 

M6P Bus without propulsion system includes:

  • All flashed ready-to go subsystems and Payload Controller
  • 2 working weeks of Payload Controller software customization support
  • Fixed solar panels giving up to 9.5W OAP for payload

 

High Power M6P Bus Includes:

  • All flashed ready-to go subsystems and Payload Controller
  • 2 working weeks of Payload Controller software customization support
  • Propulsion system with 300 ml of propellant and support equipment
  • Deployable solar panels giving up to 29W OAP for payload
  • Launch-site support

 

High Power M6P Bus without propulsion includes:

  • All flashed ready-to go subsystems and Payload Controller
  • 2 working weeks of Payload Controller software customization support
  • Deployable solar panels giving up to 29W OAP for payload

 

M6P high precision ADCS configuration includes:

  • All flashed ready-to go subsystems and Payload Controller
  • Propulsion system with 300 ml of propellant and support equipment
  • 2 working weeks of Payload Controller software customization support
  • Fixed solar panels giving up to 9.5W OAP for payload
  • ADCS with star tracker providing pointing accuracy ranges (pointing/knowledge): 0.1°-0.5° / 0.05°-0.3°
  • Launch-site support

 

M6P high precision ADCS configuration without propulsion includes:

  • All flashed ready-to go subsystems and Payload Controller
  • 2 working weeks of Payload Controller software customization support
  • Fixed solar panels giving up to 9.5W OAP for payload
  • ADCS with star tracker providing pointing accuracy ranges (pointing/knowledge): 0.1°-0.5° / 0.05°-0.3°

 

M6P high power and ADCS configuration includes:

  • All flashed ready-to go subsystems and Payload Controller
  • Propulsion system with 300 ml of propellant and support equipment
  • 2 working weeks of Payload Controller software customization support
  • ADCS with star tracker providing pointing accuracy ranges (pointing/knowledge): 0.1°-0.5° / 0.05°-0.3°
  • Deployable solar panels giving up to 29W OAP for payload
  • Launch-site support

 

M6P high power and ADCS configuration without propulsion includes:

  • All flashed ready-to go subsystems and Payload Controller
  • 2 working weeks of Payload Controller software customization support
  • ADCS with star tracker providing pointing accuracy ranges (pointing/knowledge): 0.1°-0.5° / 0.05°-0.3°
  • Deployable solar panels giving up to 29W OAP for payload 
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Additional Information
Type:
Flight Hardware
Mass (Bus only):
4500 g to 5500 g
Available Payload Volume:
5U
Lifetime in LEO:
5 years
Documentation

NanoAvionics’ flight-proven 6U satellite bus is based on a modular and highly integral design. It delivers extended payload volume and saves development costs for customers.

M6P satellite bus enables customers to concentrate on the most important mission goals and deal with high-level mission implementation tasks only, such as payload development, integration, and support during the mission in orbit.

The standard configuration of the nanosatellite bus is optimized for IoT, M2M, ADS-B, AIS, other commercial and emergency communication applications, and scientific missions.

M6P bus includes propulsion system capable to perform high-impulse maneuvers such as: orbital deployment, orbit maintenance, precision flight in formations, orbit synchronization and atmospheric drag compensation. It results in extended satellite orbital lifetime uncovered new opportunities for the unique customer missions and significant savings on constellation maintenance costs.

* see Documents Tab for description of each configuration available.

Default M6P Bus includes:

  • All flashed ready-to go subsystems and Payload Controller
  • 2 working weeks of Payload Controller software customization support
  • Propulsion system with 300 ml of propellant and support equipment
  • Fixed solar panels giving up to 9.5W OAP for payload
  • Launch-site support

 

M6P Bus without propulsion system includes:

  • All flashed ready-to go subsystems and Payload Controller
  • 2 working weeks of Payload Controller software customization support
  • Fixed solar panels giving up to 9.5W OAP for payload

 

High Power M6P Bus Includes:

  • All flashed ready-to go subsystems and Payload Controller
  • 2 working weeks of Payload Controller software customization support
  • Propulsion system with 300 ml of propellant and support equipment
  • Deployable solar panels giving up to 29W OAP for payload
  • Launch-site support

 

High Power M6P Bus without propulsion includes:

  • All flashed ready-to go subsystems and Payload Controller
  • 2 working weeks of Payload Controller software customization support
  • Deployable solar panels giving up to 29W OAP for payload

 

M6P high precision ADCS configuration includes:

  • All flashed ready-to go subsystems and Payload Controller
  • Propulsion system with 300 ml of propellant and support equipment
  • 2 working weeks of Payload Controller software customization support
  • Fixed solar panels giving up to 9.5W OAP for payload
  • ADCS with star tracker providing pointing accuracy ranges (pointing/knowledge): 0.1°-0.5° / 0.05°-0.3°
  • Launch-site support

 

M6P high precision ADCS configuration without propulsion includes:

  • All flashed ready-to go subsystems and Payload Controller
  • 2 working weeks of Payload Controller software customization support
  • Fixed solar panels giving up to 9.5W OAP for payload
  • ADCS with star tracker providing pointing accuracy ranges (pointing/knowledge): 0.1°-0.5° / 0.05°-0.3°

 

M6P high power and ADCS configuration includes:

  • All flashed ready-to go subsystems and Payload Controller
  • Propulsion system with 300 ml of propellant and support equipment
  • 2 working weeks of Payload Controller software customization support
  • ADCS with star tracker providing pointing accuracy ranges (pointing/knowledge): 0.1°-0.5° / 0.05°-0.3°
  • Deployable solar panels giving up to 29W OAP for payload
  • Launch-site support

 

M6P high power and ADCS configuration without propulsion includes:

  • All flashed ready-to go subsystems and Payload Controller
  • 2 working weeks of Payload Controller software customization support
  • ADCS with star tracker providing pointing accuracy ranges (pointing/knowledge): 0.1°-0.5° / 0.05°-0.3°
  • Deployable solar panels giving up to 29W OAP for payload