QX-051 Quad Copter

QX-0051 is a light-weight, quick-to-deploy, Vertical Take-off and Landing, Unmanned Aerial Vehicle (VTOL UAV) used for surveillance, reconnaissance and detection. It can be launched from an area of less than 10x10 meters without surface preparation.

Fully autonomous with a Small Form Factor (SFF), QX-051 has a mission endurance of 45 minutes at MSL. It carries gimbal-stabilized, optical payload. With a communication range of more than 5km, an audio signature of less than 40db at height of 300m, it can be deployed and redeployed quickly in less than 10 minutes. The IP53 certified rugged construction makes it a perfect candidate for deployment in harsh field conditions.

Key Features:

• Small Form Factor (SFF)

• Light Weight

• Quick-to-Deploy

• Formidable Thrust-to-Weight Ratio

Technical Specifications:

• Endurance 45 mins @ MSL

• Range (line-of-sight) > 5km

• All-up Weight (AUW) < 4kg

• Wind Resistance > 16 knots (30kmph)

• Dust/Water Resistance Rating IP53

• Dimensions (LxWxH) 90cm × 90cm × 40cm

• Max Launch Altitude 2000m AMSL

• Max Operational Height 500m AGL

• Setup and Turnaround Time < 10 min

• Cruise Speed 13.5 knots (30kmph)

• Audio Signature < 40dB at 300m

Safety Features:

• Return home on low battery

• Return home on loss of link

• Pre-flight self-tests

• Redundant GPS

• Night beacon with visible and IR

Other Features:

• Fully autonomous pre-programmed mission execution capability

• Composite Material Construction

• Modular Payloads

Electro-Optical Payload specifications :

• Daylight color camera

• Pitch, Yaw control for gimbal

• Daylight camera: Upto 1280 x 720 pixels (720P)

Ground control station:

• 14” or more Anti-Glare LED Backlit IPS FHD display unit

• Windows OS

• i5 11th Gen processor

• 8GB RAM

• 512 GB SSD

Graphical user interface (GUI):

• Single GUI for UAV control, and data acquisition and visualization of payload

• Current positional coordinates including Height(HAGL) of UAV, GPS Satellite counts, UAV health status, date & time, remaining battery power, remaining flight time etc

• Real time payload data acquisition and processing

• Display of data acquired from payload

• Live video along with pan and tilt control of UAV camera with capture facility

• Synchronized data from payload with GPS time and position shall be stored in file

• GUI Path planning :

  • Manual by clicking on map and Manual entry of the GPS co-ordinates

  • Auto: Software shall generate the waypoints (grids) for the given area as per the user requirements

  • Ability to modify the flight path during the mission

  • Facility to Save and Load way-points

Customer Reviews: