PRODUCTS
A completely new concept of autonomous unmanned system
Rocket-Based
Separation Guided Recovery UAV System
Utilize rocket propulsion to utilize small unmanned aerial vehicles for fast, long-range, or high-altitude missions.
The separated propulsion vehicle and mission vehicle (drone, UAV) return to the base by flying with their own
3-axis jig
safe indoor flight test of test vehicle
The specific degree of freedom of the test section is guaranteed through the spherical bearing and the take-off environment is simulated with the ground simulator.
Vertical hovering can be tested through inertia compensation and weight compensation systems by
wind
A test device to simulate irregular flight
Realizing instantaneous gusts, wind direction movement, and tail winds by using multiple electric propellers. Pre-defined scenarios can be performed manually or programmatically.
The test chamber is implemented as a
3-axis jig system + wind
wind tunnel system Combined view of 3-axis jig
Environment simulation was performed with a wind tunnel tester, Z-axis hovering test with a 3-axis jig system, and data measurement with a multi-axis load cell.
It is possible to test flight maneuvers with specific
rocket propulsion
all-in-one test device to verify the ballistic resistance
Omitting the rocket mounting process of the ignition device through the external laser ignition device, checking the nozzle status and laser alignment with the prism and camera of the robot arm.
Built-in wired/wireless local network control server makes it
Propeller Propulsion
Propellers for drones, etc.
for thrust test
Built-in wired/wireless local network control server makes it possible to easily add, control, and control a camera on the web app.
It can be used for multiple purposes by sharing parts with the rocket propulsion test device
Analog-UART Converter
Analog-UART Converter for 3-axis force sensor data conversion of 3-
Omitting the rocket mounting process of the ignition device through the external laser ignition device, checking the nozzle status and laser alignment with the prism and camera of the robot arm.
Built-in wired/wireless local network control server makes it
power
variety A power management system that
Built-in wired/wireless local network control server makes it possible to easily add, control, and control a camera on the web app.
battery
A battery management system for predicting and diagnosing the cell
Through performing 5 core functions (status prediction, thermal management, diagnosis, communication, hybrid power control), it is resistant to low/high temperature, and accurately predicts the remaining battery capacity/output/lifespan and informs the driver, diagnoses
marine
variety short-distance environmental data Octocopter drone for
By controlling the position and attitude of the unmanned aerial vehicle, it acquires various environmental data (temperature, humidity, pressure, wind direction and speed, fine dust, RGB and multi-spectral data) in an optimal state, and the amplified
ground control
When performing outdoor missions Portable ground control
Omitting the rocket mounting process of the ignition device through the external laser ignition device, checking the nozzle status and laser alignment with the prism and camera of the robot arm.
Built-in wired/wireless local network control server makes it
ground
Ground control vehicle to improve mobility and reduce fatigue when
3 large monitors, folding shelves, parts loading shelves, and ventilation devices are installed inside the 1-ton truck to reduce the fatigue of workers when
private
In the age of urban air mobility Vertical take-off and landing personal aircraft as a means of
Hybrid-propelled multi-rotor vertical take-off and landing unmanned aerial vehicle 30% scale aircraft for intercity