Volz Servos highlights the testing of its DA 15-N actuator during a high-altitude mission conducted at 110,000 feet, or approximately 33,000 meters above sea level.
Completed in collaboration with Sent Into Space, the mission exposed the actuator to environmental conditions that are difficult to fully recreate in laboratory testing.
At this altitude, temperatures drop significantly and atmospheric pressure is extremely low, creating challenging conditions for many electronic systems. The mission provided an opportunity to evaluate the DA 15-N actuator during a complete flight cycle in real-world conditions.
High-Altitude Mission Testing
The project began when Sent Into Space approached Volz Servos about using its actuators for high-altitude missions. According to the companies, the applications required reliable motion control in demanding environments.
To support the project, Volz Servos provided actuators for one of the missions. The objective was to expose the DA 15-N to real altitude conditions, low temperatures, and a complete mission cycle that included recovery following the flight.
Actuator Performance at 110,000 Feet
The mission was intended to demonstrate active actuator performance during the flight.
At approximately 110,000 feet, the DA 15-N actuator carried out a deployment task by deploying a flag while demonstrating controlled movement in the high-altitude environment. The mission also included a cartoon version of Volz Servos CEO Phillipp Volz as part of a symbolic demonstration associated with the flight.
While light-hearted in concept, the mission demonstrated actuator movement under extreme environmental conditions.
Post-Recovery Operation
The project also highlighted the actuator’s operation following recovery. According to Volz Servos, the DA 15-N remained fully functional after completing the mission and recovery process.
For aerospace, industrial, and other demanding applications, reliable operation in challenging environments remains an important requirement. The mission provided practical testing of the DA 15-N actuator under high-altitude environmental conditions.
