Fingernail
Perfect Propulsion System for Nano Satellites
Nano satellite propulsion technologies are plagued with challenges such as very low thrust, high power requirements and volume constraints. Our novel nano thruster has been designed to solve these shortcomings and enable collision avoidance and de-orbiting capabilities. Our advanced nano fabrication processes allow the entire thruster to be a one-piece assembly entailing a significant reduction in time and cost while also retaining its flexible plug and play interface for easier integration.
Fingernail
Perfect Propulsion System for Nano Satellites
Nano satellite propulsion technologies are plagued with challenges such as very low thrust, high power requirements and volume constraints. Our novel nano thruster has been designed to solve these shortcomings and enable collision avoidance and de-orbiting capabilities. Our advanced nano fabrication processes allow the entire thruster to be a one-piece assembly entailing a significant reduction in time and cost while also retaining its flexible plug and play interface for easier integration.
Fingernail
Perfect Propulsion System for Nano Satellites
Nano satellite propulsion technologies are plagued with challenges such as very low thrust, high power requirements and volume constraints. Our novel nano thruster has been designed to solve these shortcomings and enable collision avoidance and de-orbiting capabilities. Our advanced nano fabrication processes allow the entire thruster to be a one-piece assembly entailing a significant reduction in time and cost while also retaining its flexible plug and play interface for easier integration.
Fingernail
Perfect Propulsion System for Nano Satellites
Nano satellite propulsion technologies are plagued with challenges such as very low thrust, high power requirements and volume constraints. Our novel nano thruster has been designed to solve these shortcomings and enable collision avoidance and de-orbiting capabilities. Our advanced nano fabrication processes allow the entire thruster to be a one-piece assembly entailing a significant reduction in time and cost while also retaining its flexible plug and play interface for easier integration.