The Air Hawk is our best-selling fixed-wing Air Hawk. This UAV system is ideal for ultra-accurate data collection, monitoring, mapping. and surveying. Air Hawk is highly customizable with other sensors.
Its 2hr maximum endurance and high wind resistance allow users to triple their productivity.
The Air Hawk can operate in tight areas like hilly region and low temperature regions. Its field-proven long-range communications link enables users to fly as far as 15km away from the launch location, making it ideal for BVLOS (Beyond Visual Line of Sight) missions, having strong telemetry and control links.
The Air hawk now features ADS-B: the drone reports live the location and altitude of nearby manned aircraft so all operators can safely share airspace.
Specification
Length
1100 mm/110 cm
Wing span
1718 mm/170.8 cm
Extend wing span
2018 mm/201.8 cm
Weight
4100 gm/4.1 kg
Material
PQAM and Carbon Fiber
Motor
The motor used for Talon is a Sunnysky motor. Every motor is rigorously tested before installing. This motor is very energy efficient thus increasing the endurance of the drone.
Battery
The battery is built inhouse using 21700 lithium ion cells in 4S5P configuration. This allows us to have capacity of 22000 mAh
Flight Controller
The Flight controller is the brain of a drone. The FC used here has state of the art technology built into it. It has a faster H7 SOC with 1MB ram, triple redundant IMU sensors, and redundant power system for all components.
GPS
The GPS equipped with ublox M8 high precision GNSS system. This GPS is best in class and enables us to achieve highly accurate geotagging for the data captured.
Radio Control
The drone is controlled via radio communication. Our system of radio communication gives range of upto 2km.
Telemetry
The telemetry transfers critical drone information back to the ground station. The telemetry we use has a powerful antennas which ensures range of upto 10+kms
ESCs
ESCs means Electronic Speed controller for motor. It has a purpose of changing the speed of the motor. ESC we use is rigorously checked for performance before installing
Propellers
The propellers used by us is very strong and efficient. Every propeller is checked for its strength and efficiency before installation.
Payload Specification
Talon made by us is customizable and supports multiple payloads as shown below. This makes it versatile and capable of catering multiple applications
RGB Sensor
RGB Sensor is basically a photo camera. We use Sony A6000 with 16mm lens for our RGB data capturing. It has a global shutter and 24 mega pixel APSC sensor which gives very high resolution images.
Thermal Sensor
Thermal sensor is used for
inspection of solar plants, wind turbine and electric power lines. The sensor we use is built by industry leader FLIR.
Multispectral Sensor
Multispectral sensor is used for Agricultural Applications like plant health analysis, soil analysis which helps famer improve their yield. The sensor we use is lightweight 5 bandnMicasense sensor
- 24.3-megapixel APS-C type (23.5 x
15.6 mm), Exmor™ APS HD CMOS sensor - BIONZ X™ image processing engine
- The world’s fastest* AF performance
- 16mm wide angle light weight lens.
- Every still image the Vue Pro R saves contains accurate, calibrated temperature data embedded in every pixel.
- Vue Pro R adds fully radiometric data gathering for applications like building and roof inspections, power grid inspections, infrastructure analysis, precision agriculture and public safety.
- Five narrow high resolution (8 cm/pixel at 120m) spectral bands captured during one flight.
- RedEdge-MX is one of the most flexible solutions on the market, with optimized GSD, a global shutter for distortion-free images, the ability to generate plant health indexes and RGB (color) images from one flight,
Add-on customization
PPK Module
Seagull GPK2 is a dual-band professional grade GNSS receiver which can be utilized in various applications where high precision positioning is required. It is capable of achieving 1 cm level accuracy.
Box for complete kit
We have designed a box which houses complete kit of the talon including full body of talon, batteries, chargers and ground station
Auto landing
The feature Auto Landing enables pilot to safely land in an open area. The system we use incorporates lidar sensor accurately determine altitude and land smoothly at home location.
Roll axis gimble
Gimbal gives stability to the camera in roll axis. As a result the images captured are truly nadir and don't have any type of tilt in any axis.
| Telemetry Range | 10+kms |
|---|---|
|
Maximum Flight Time |
110+ minutes |
|
Maximum Flight Distance |
100+ kms |
|
Maximum Speed |
30 m/s or 110 kmph |
|
Cruising Speed |
16 m/s or 56 kmph |
|
Stall Speed |
10 m/s or 36 kmph
|
|
Turning Radius in AUTO mode |
30 m at 45° angle |
|
Maximum Operating Altitude |
10000 m / 32808.4 ft |
|
Maximum Wind Tolerance |
10 m/s or 36 kmph |
|
Operating temperature |
-10°C to 50°C |
|
Thrust/Weight Ratio |
0.8536 |
|
Wing Loading extended |
5.85 kg/m2 |
|
Current draw at cruising speed |
5~8 amp |