Vector Multi-rotor

Vector Multi-rotor

Introduction

LIAO 1000A is a lightweight vector quadrotor flight system developed exclusively for industrial applications. It is composed of aircraft, integrated ground station and mission loads. It can be used for various aerial tasks such as inspection, monitoring and search.

The traditional multi-rotor UAV is a typical underactuated system, which cannot realize decoupling control of position and attitude. The pull generated by the propeller coincides with the vertical axis of the aircraft, and the UAV must tilt the fuselage to realize position movement, which increases windward resistance and reduces flight efficiency. The characteristic of "Liao" vector multi-rotor UAV is that it can control the deflection direction of the propeller through the steering engine, change the direction of the pull vector, so that the control torque is not restricted by the attitude of the aircraft body, realize the decoupling control of attitude and position, and improve the control accuracy and flight efficiency.

"Liao" series vector multi-rotor UAV is a vertical takeoff and landing small autonomous unmanned aerial vehicle system which adopts vector technology and is specially developed for industry application. It can be used for regional patrol, high altitude monitoring, shooting and forensics, distributing leaflets, air propaganda, emergency supplies delivery and other functions

Due to its special technical principle, "Liao" vector multi-rotor UAV has a faster flight speed, the maximum speed is 100km/h flexible and reliable, the acceleration of 100km is only 6 seconds, and the full speed of the emergency stop buffer is only 20m. With a maximum speed of 100km/h and wind resistance of level 7, it can quickly reach the mission position and effectively monitor the target point. It adopts the flight control system independently developed by steerless Technology, with advanced algorithms and simple operation. It integrates a variety of high-precision sensors and has functions such as one-button takeoff and landing, intelligent mission planning and flight path. Even people who have no experience flying remotely can learn how to fly safely in a very short time.

The "Liao" vector multi-rotor UAV system is made of carbon fiber and aluminum alloy pulling parts, with ultra-light weight and ultra-high strength. The flight control system adopts the advanced algorithm independently developed without pitch to introduce flight endurance into UAV control. It integrates a variety of high-precision sensors such as accelerometer, gyroscope, magnetometer, barometer, hygrometer, thermometer, and excellent control algorithm design. The flight can be manually controlled by remote control, and automatic flight can also be controlled by flight control system. With a variety of flight modes such as manual flight, stabilizing flight, airline flight, pointing flight and flying around the point, personnel can be familiar with the control flight in a short time.

"Liao" vector multi-rotor UAV has excellent safety design, any time as long as the remote control operation, the aircraft will automatically hover in the air. If the remote control signal is interrupted for more than 30 seconds or the battery power is too low, the aircraft will automatically and slowly crash land to the ground or respond automatically according to the predetermined plan. In special circumstances, the operator can issue instructions at any time to make the aircraft automatically return to the original course. Users can also choose the obstacle avoidance module to effectively ensure the safety of the aircraft in flight.

"Liao" series vector multi-rotor UAV can carry GPSRTK differential positioning system, positioning accuracy reaches centimeter level, further make UAV positioning more accurate, improve safety and convenience in police patrol operations.

Based on the modular design concept, the "Liao" series vector multi-rotor UAV can flexibly change the on-board mission load equipment to adapt to different mission requirements. It can carry high-resolution digital cameras, high-definition video cameras, low-light night vision cameras to military grade infrared thermal imaging cameras, and also carry different mission load equipment to adapt to different missions. Including a loudspeaker, gas sensor, etc.

Functional characteristics

Flexible and reliable, stable performance. Speed can reach 100km/h, 100km acceleration only 6 seconds, wind resistance can reach level 7.

It adopts the flight control system independently developed by steerless Technology, with advanced algorithms and simple operation. It integrates a variety of high-precision sensors and has functions such as one-button takeoff and landing, intelligent mission planning and flight path.

Comprehensive loss of control protection program in place. When the remote control signal or data transmission link is interrupted, the aircraft will hover and wait. If the hovering time is not restored after the user sets, the aircraft will automatically return to course; In the case of ultra-low power, the aircraft will land on its own after the ground station interface sends an alarm. Users can also choose the obstacle avoidance module to effectively ensure the safety of the aircraft in flight.

Different mission payloads can be carried to suit different missions, including pods, loudspeakers, throwers, etc.

Features

• Maximum size 922*720*368(mm)

• The task load is 2.5kg~3kg

• Hover time ≥46min (9kg)

• Maximum take-off weight 22.6kg

• Maximum wind resistance 7 wind

Specification parameter

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FAQ

What is NETD?
NETD is the noise equivalent temperature difference of the infrared camera, which is one of the main indicators of infrared detectors. NETD is an objective evaluation index for the sensitivity of a thermal imaging system and can be used to predict the detection distance of a small temperature difference point target. The NETD value of the ZXIR infrared camera is less than 50mk. The smaller the NET...more