Explore the functions and specifications of the equipment operated by our center at a glance.

1. Equipment Overview

Equipment Support 목록

	보유중 Bird Strike Test Equipment This system simulates bird strike events at real-world impact speeds to precisely evaluate the impact resistance and potential damage to aircraft structures—such as canopies and windshields—ensuring passenger safety. View More >
	보유중 AAV Integrated System Ground Test Facility This facility enables comprehensive pre-flight verification of an aircraft’s integrated systems—including flight control, electrical and electronic systems, and hydraulics—under ground conditions. By validating system functionality prior to actual flight, View More >
	보유중 Altitude Environmental Chamber This chamber precisely reproduces various high-altitude flight conditions—including low pressure and low temperature—on the ground. It is used to evaluate the reliability of electrical components and key systems by verifying their ability to operate prope View More >
	보유중 Aviation Software Reliability Test System This system detects logical errors in AAV onboard software and verifies compliance with international aviation standards, ensuring the integrity of flight control systems and preventing accidents caused by software malfunctions. View More >
	보유중 AAV Powertrain System Evaluation Equipment This precision measurement system comprehensively evaluates the output performance, energy efficiency, and durability of key electric powertrain components—such as motors, inverters, and batteries—to support the development and optimization of advanced pr View More >
	보유중 HIL-Based AAV Component Performance Test System This system integrates real hardware components with a virtual flight simulation environment in real time (HIL: Hardware-in-the-Loop), enabling safe verification of component responsiveness and control algorithm performance under various flight scenarios. View More >
	보유중 Propeller Performance Measurement System This dedicated test system precisely measures propeller parameters such as rotational speed, thrust, and torque to analyze aerodynamic performance and efficiency. It verifies the design to ensure optimal thrust output tailored to the characteristics of ea View More >