Configure
Configure Your DROID.alpha
Tailor every detail — mobility, memory, and mission. This droid's yours to command. All configurations, capabilities, and pricing shown are estimates and subject to change during final review or build.
BUS CONFIGURATIONS
Base
Base Droid
DROID.alpha Mini
F9 Half Plate, 15" vehicle meant for fast turn demonstrations of payloads.
i
DROID.alpha CHEM
F9 Full/XL Plate, 24" vehicle capable of robust mission performance in all environments with significant chem prop capacity.
i
DROID.alpha EP
F9 Full/XL Plate, 24" vehicle capable of robust mission performance with primary EP propulsion.
i
Orbit
The path, altitude, and coverage area of a satellite.
vLEO
150 to 300 km above Earth
i
LEO
500 to 2,000 km above Earth
i
GEO
35,780 to 35,900 km above Earth
i
Payload
Satellite instruments to collect and transmit mission-critical data. Upload your own payload specs here.
Payload Name
Volume Length
cm
Volume Width
cm
Volume Height
cm
Orbit Average Power
i
W
Peak Power
i
W
Operational Duration Per Orbit Mass
i
min
Propulsion
Controlling satellite movement and trajectory through thrust systems.
No Propulsion
Static / No thrust system
i
Chemical Propulsion
High-thrust propulsion
i
Electrical Propulsion (EP)
High-efficiency electric thrust
i
Encryption
Data security and communication protection for mission-critical transmissions.
AES-256
Advanced Encryption Standard
i
NSA Type 1
Classified encryption algorithm
i
Connectivity
The ability of a satellite or system to transmit and receive data to and form other devices or networks.
S-Band
~2-4 GHz Frequency Data Rate:
i
Ka-Band
~26.5-40 GHx Frequency Data Rate:
i
X-Band
~8.12 Ghz Frequency Data Rate:
i
Optical
~200-400 THz (laser-based) Data Rate:
i
LOGISTICS
Mission Operations
Overseeing satellite tasks to ensure optimal performance and mission success
Turion Operates
Operated entirely by Turion's mission team.
i
StarfireC3 - Cloud
Cloud-based mission ops via Turion's web interface.
i
StarfireC3 – On Prem
Mission ops hosted privately or on-premise.
i
Available Services
End-to-end launch support to simplify your path to orbit.
Launch Insurance
Protects your mission in case of launch failure.
Licensing
Regulatory support for legal on-orbit operations.
Launch Logistics
Support for shipping, handling, and integration.
Flatsat
Ground-based electrical test bed meant for testing end-to-end system compatibility, software debugging, and validating test procedures before operating on flight hardware.
Payload Integration
Turion standard payload integration and testing at Turion facilities.
Environmental Testing
Spacecraft environmental testing including Vibe & TVAC.
Launch Services
Turion will acquire and execute a launch contract with an appropriate partner.
Mechanical Test Vehicle/Avionics Emulator
A mechanical mass model of the bus with accurate mass and cG representation for dynamic testing before flight integration.
Legal Disclaimer
Please note: All prices and configurations provided by this tool are provisional estimates only. Final pricing may vary and will be determined after a detailed review of operational requirements, mission details, and the total volume of satellite buses ordered. These estimates do not constitute a binding quotation or an offer to contract. The final terms, pricing, and delivery details will be confirmed in a formal agreement after further discussion with the Turion team.
View Summary
Configure
Configure Your DROID.alpha
Tailor every detail — mobility, memory, and mission. This droid's yours to command. All configurations, capabilities, and pricing shown are estimates and subject to change during final review or build.
BUS CONFIGURATIONS
Base
Base Droid
DROID.alpha Mini
F9 Half Plate, 15" vehicle meant for fast turn demonstrations of payloads.
i
DROID.alpha CHEM
F9 Full/XL Plate, 24" vehicle capable of robust mission performance in all environments with significant chem prop capacity.
i
DROID.alpha EP
F9 Full/XL Plate, 24" vehicle capable of robust mission performance with primary EP propulsion.
i
Orbit
The path, altitude, and coverage area of a satellite.
vLEO
150 to 300 km above Earth
i
LEO
500 to 2,000 km above Earth
i
GEO
35,780 to 35,900 km above Earth
i
Payload
Satellite instruments to collect and transmit mission-critical data. Upload your own payload specs here.
Payload Name
Volume Length
cm
Volume Width
cm
Volume Height
cm
Orbit Average Power
i
W
Peak Power
i
W
Operational Duration Per Orbit Mass
i
min
Propulsion
Controlling satellite movement and trajectory through thrust systems.
No Propulsion
Static / No thrust system
i
Chemical Propulsion
High-thrust propulsion
i
Electrical Propulsion (EP)
High-efficiency electric thrust
i
Encryption
Data security and communication protection for mission-critical transmissions.
AES-256
Advanced Encryption Standard
i
NSA Type 1
Classified encryption algorithm
i
Connectivity
The ability of a satellite or system to transmit and receive data to and form other devices or networks.
S-Band
~2-4 GHz Frequency Data Rate:
i
Ka-Band
~26.5-40 GHx Frequency Data Rate:
i
X-Band
~8.12 Ghz Frequency Data Rate:
i
Optical
~200-400 THz (laser-based) Data Rate:
i
LOGISTICS
Mission Operations
Overseeing satellite tasks to ensure optimal performance and mission success
Turion Operates
Operated entirely by Turion's mission team.
i
StarfireC3 - Cloud
Cloud-based mission ops via Turion's web interface.
i
StarfireC3 – On Prem
Mission ops hosted privately or on-premise.
i
Available Services
End-to-end launch support to simplify your path to orbit.
Launch Insurance
Protects your mission in case of launch failure.
Licensing
Regulatory support for legal on-orbit operations.
Launch Logistics
Support for shipping, handling, and integration.
Flatsat
Ground-based electrical test bed meant for testing end-to-end system compatibility, software debugging, and validating test procedures before operating on flight hardware.
Payload Integration
Turion standard payload integration and testing at Turion facilities.
Environmental Testing
Spacecraft environmental testing including Vibe & TVAC.
Launch Services
Turion will acquire and execute a launch contract with an appropriate partner.
Mechanical Test Vehicle/Avionics Emulator
A mechanical mass model of the bus with accurate mass and cG representation for dynamic testing before flight integration.
Legal Disclaimer
Please note: All prices and configurations provided by this tool are provisional estimates only. Final pricing may vary and will be determined after a detailed review of operational requirements, mission details, and the total volume of satellite buses ordered. These estimates do not constitute a binding quotation or an offer to contract. The final terms, pricing, and delivery details will be confirmed in a formal agreement after further discussion with the Turion team.
View Summary
Configure
Configure Your DROID.alpha
Tailor every detail — mobility, memory, and mission. This droid's yours to command. All configurations, capabilities, and pricing shown are estimates and subject to change during final review or build.
BUS CONFIGURATIONS
Base
Base Droid
DROID.alpha Mini
F9 Half Plate, 15" vehicle meant for fast turn demonstrations of payloads.
i
DROID.alpha CHEM
F9 Full/XL Plate, 24" vehicle capable of robust mission performance in all environments with significant chem prop capacity.
i
DROID.alpha EP
F9 Full/XL Plate, 24" vehicle capable of robust mission performance with primary EP propulsion.
i
Orbit
The path, altitude, and coverage area of a satellite.
vLEO
150 to 300 km above Earth
i
LEO
500 to 2,000 km above Earth
i
GEO
35,780 to 35,900 km above Earth
i
Payload
Satellite instruments to collect and transmit mission-critical data. Upload your own payload specs here.
Payload Name
Volume Length
cm
Volume Width
cm
Volume Height
cm
Orbit Average Power
i
W
Peak Power
i
W
Operational Duration Per Orbit Mass
i
min
Propulsion
Controlling satellite movement and trajectory through thrust systems.
No Propulsion
Static / No thrust system
i
Chemical Propulsion
High-thrust propulsion
i
Electrical Propulsion (EP)
High-efficiency electric thrust
i
Encryption
Data security and communication protection for mission-critical transmissions.
AES-256
Advanced Encryption Standard
i
NSA Type 1
Classified encryption algorithm
i
Connectivity
The ability of a satellite or system to transmit and receive data to and form other devices or networks.
S-Band
~2-4 GHz Frequency Data Rate:
i
Ka-Band
~26.5-40 GHx Frequency Data Rate:
i
X-Band
~8.12 Ghz Frequency Data Rate:
i
Optical
~200-400 THz (laser-based) Data Rate:
i
LOGISTICS
Mission Operations
Overseeing satellite tasks to ensure optimal performance and mission success
Turion Operates
Operated entirely by Turion's mission team.
i
StarfireC3 - Cloud
Cloud-based mission ops via Turion's web interface.
i
StarfireC3 – On Prem
Mission ops hosted privately or on-premise.
i
Available Services
End-to-end launch support to simplify your path to orbit.
Launch Insurance
Protects your mission in case of launch failure.
Licensing
Regulatory support for legal on-orbit operations.
Launch Logistics
Support for shipping, handling, and integration.
Flatsat
Ground-based electrical test bed meant for testing end-to-end system compatibility, software debugging, and validating test procedures before operating on flight hardware.
Payload Integration
Turion standard payload integration and testing at Turion facilities.
Environmental Testing
Spacecraft environmental testing including Vibe & TVAC.
Launch Services
Turion will acquire and execute a launch contract with an appropriate partner.
Mechanical Test Vehicle/Avionics Emulator
A mechanical mass model of the bus with accurate mass and cG representation for dynamic testing before flight integration.
Legal Disclaimer
Please note: All prices and configurations provided by this tool are provisional estimates only. Final pricing may vary and will be determined after a detailed review of operational requirements, mission details, and the total volume of satellite buses ordered. These estimates do not constitute a binding quotation or an offer to contract. The final terms, pricing, and delivery details will be confirmed in a formal agreement after further discussion with the Turion team.
View Summary
Configure
Configure Your DROID.alpha
Tailor every detail — mobility, memory, and mission. This droid's yours to command. All configurations, capabilities, and pricing shown are estimates and subject to change during final review or build.
BUS CONFIGURATIONS
Base
Base Droid
DROID.alpha Mini
F9 Half Plate, 15" vehicle meant for fast turn demonstrations of payloads.
i
DROID.alpha CHEM
F9 Full/XL Plate, 24" vehicle capable of robust mission performance in all environments with significant chem prop capacity.
i
DROID.alpha EP
F9 Full/XL Plate, 24" vehicle capable of robust mission performance with primary EP propulsion.
i
Orbit
The path, altitude, and coverage area of a satellite.
vLEO
150 to 300 km above Earth
i
LEO
500 to 2,000 km above Earth
i
GEO
35,780 to 35,900 km above Earth
i
Payload
Satellite instruments to collect and transmit mission-critical data. Upload your own payload specs here.
Payload Name
Volume Length
cm
Volume Width
cm
Volume Height
cm
Orbit Average Power
i
W
Peak Power
i
W
Operational Duration Per Orbit Mass
i
min
Propulsion
Controlling satellite movement and trajectory through thrust systems.
No Propulsion
Static / No thrust system
i
Chemical Propulsion
High-thrust propulsion
i
Electrical Propulsion (EP)
High-efficiency electric thrust
i
Encryption
Data security and communication protection for mission-critical transmissions.
AES-256
Advanced Encryption Standard
i
NSA Type 1
Classified encryption algorithm
i
Connectivity
The ability of a satellite or system to transmit and receive data to and form other devices or networks.
S-Band
~2-4 GHz Frequency Data Rate:
i
Ka-Band
~26.5-40 GHx Frequency Data Rate:
i
X-Band
~8.12 Ghz Frequency Data Rate:
i
Optical
~200-400 THz (laser-based) Data Rate:
i
LOGISTICS
Mission Operations
Overseeing satellite tasks to ensure optimal performance and mission success
Turion Operates
Operated entirely by Turion's mission team.
i
StarfireC3 - Cloud
Cloud-based mission ops via Turion's web interface.
i
StarfireC3 – On Prem
Mission ops hosted privately or on-premise.
i
Available Services
End-to-end launch support to simplify your path to orbit.
Launch Insurance
Protects your mission in case of launch failure.
Licensing
Regulatory support for legal on-orbit operations.
Launch Logistics
Support for shipping, handling, and integration.
Flatsat
Ground-based electrical test bed meant for testing end-to-end system compatibility, software debugging, and validating test procedures before operating on flight hardware.
Payload Integration
Turion standard payload integration and testing at Turion facilities.
Environmental Testing
Spacecraft environmental testing including Vibe & TVAC.
Launch Services
Turion will acquire and execute a launch contract with an appropriate partner.
Mechanical Test Vehicle/Avionics Emulator
A mechanical mass model of the bus with accurate mass and cG representation for dynamic testing before flight integration.
Legal Disclaimer
Please note: All prices and configurations provided by this tool are provisional estimates only. Final pricing may vary and will be determined after a detailed review of operational requirements, mission details, and the total volume of satellite buses ordered. These estimates do not constitute a binding quotation or an offer to contract. The final terms, pricing, and delivery details will be confirmed in a formal agreement after further discussion with the Turion team.
View Summary
Let’s Talk
Got any questions? Let’s chat and drive progress together.
Contact us
Join Us
Help us shape the future. Make an impact today.
View open positions
Let’s Talk
Got any questions? Let’s chat and drive progress together.
Contact us
Join Us
Help us shape the future. Make an impact today.
View open positions
Let’s Talk
Got any questions? Let’s chat and drive progress together.
Contact us
Join Us
Help us shape the future. Make an impact today.
View open positions
Accelerating mankind's galactic destiny
Our integrated hardware and software architecture position Turion as the foundational infrastructure for expansion into the solar system.
Resources
Accelerating mankind's galactic destiny
Our integrated hardware and software architecture position Turion as the foundational infrastructure for expansion into the solar system.
Resources
Accelerating mankind's galactic destiny
Our integrated hardware and software architecture position Turion as the foundational infrastructure for expansion into the solar system.
Resources
© 2025 Turion Space. All rights reserved. Reproduction prohibited.
© 2025 Turion Space
© 2025 Turion Space