Drones and sensors
Heavy drones equipped with sensors according to specific needs
Prime
Flight time: 15-25 min
Payload: 0.5-2.5 kg
Altitude (tested altitude): 1000 m
M.T.O.W: 18 kg
Sensor power supply: 5 v, 12 v, 24 v
Range of radio control: 1 km
Equipment for dark navigation: yes
Parachute: yes
Vibration free gimbal: yes
Computer (nuc) 4G connected: yes
Light drones with fixed sensors
Elios 2 (indoor inspection drone)
Flight time: 8 min
Payload: 12 MP camera
M.T.O.W: 1,45 kg
Range of radio control: 500 m
Equipment for dark navigation: yes
Parachute: no
Vibration free gimbal: yes
Elios 3 (indoor inspection drone)
Flight time: 12 min
Payload: 12 MP camera + LiDAR
M.T.O.W: 1,5 kg
Range of radio control: 500 m
Equipment for dark navigation: yes
Parachute: no
Vibration free gimbal: yes
Dji Phantom 4 Pro
Flight time: 20 min
Payload: 24 MP camera
Altitude (tested altitude): 500 m
M.T.O.W: 1,4 kg
Range of radio control: 1 km
Equipment for dark navigation: yes
Parachute: no
Vibration free gimbal: yes
Autel EVO 2 pro V3
Flight time: 35 min
Payload: 20 MP camera
M.T.O.W: 1,999 kg
Range of radio control: 1 km
Equipment for dark navigation: yes
Parachute: no
Vibration free gimbal: yes
Autel EVO Nano+
Flight time: 20 min
Payload: 48 MP camera
M.T.O.W: 0,249 kg
Range of radio control: 1 km
Equipment for dark navigation: yes
Parachute: no
Vibration free gimbal: yes
Dji Mavic 3M (multispectral)
Flight time: 35 min
Payload: Multispectral camera + 20 MP camera
Green: 560nm +/- 16nm • Red: 650nm +/- 16nm • Red Edge: 730nm +/- 16nm • Near Infrared: 860nm +/- 26nm
M.T.O.W: 1,050 kg
Range of radio control: 1 km
Equipment for dark navigation: yes
Parachute: no
Vibration free gimbal: yes
Parrot Bluegrass Sequoia (multispectral)
Flight time: 20 min
Payload: Sequoia
Green: 550nm +/- 40nm • Red: 660nm +/- 40nm • Red Edge: 735nm +/- 10nm • Near Infrared: 790nm +/- 40nm
M.T.O.W: 1,850 kg
Range of radio control: 1 km
Equipment for dark navigation: no
Parachute: no
Vibration free gimbal: no
 | Parrot Bluegrass.pdf (3.36MB) |
| Parrot Bluegrass.pdf (3.36MB) |
Sensors already implemented
Flir T1030sc (Thermal camera)
Resolution: 1024x768
Weight: 2.5 kg
Optics: 12º, 28º , 45º
Uncooled Detector
Longwave
| Flir-T1030sc-science.pdf (1.12MB) |
| Flir-T1030sc-science.pdf (1.12MB) |
Flir A655sc (Thermal camera)
Resolution: 640x480
Weight: 1 kg
Optics: 15 º, 25 º, 45 º
Uncooled Detector
Longwave
| Flir-A655sc-science.pdf (2.9MB) |
| Flir-A655sc-science.pdf (2.9MB) |
Flir GF320 (Gas camera)
Resolution: 320x240
Weight: 2,5 kg
Optics: 24º, 6º, 14,5º
Cooled Detector
| Flir GF320.pdf (1.86MB) |
| Flir GF320.pdf (1.86MB) |
LiDAR Avia
Sensor: Livox Avia
Scanning frequency (single reflection): 240000
Scanning frequency (double reflection): 480000
Scanning frequency (triple reflection): 720000
Weight: 0,8 kg
https://topodrone.com/product/lidar/181/1077/#props
Sigma FP L (RGB-camera)
Resolution: 9504x6336 (61 MP)
Weight: 0,6 kg
Optics: 24, 50, 85 mm
Sony A7R2 (RGB-camera)
Resolution: 7952x5304 (42 MP)
Weight: 1,1 kg
Optics: 24, 50, 85 mm
https://www.sony.se/electronics/kameror-med-utbytbart-objektiv/ilce-7rm2
Possible sensors (examples)
Magnetometer
Ground penetrating radar
Phase One iXM-RS150F (RGB-camera)
Resolution: 14204x10652 (150 MP)
Weight: 2,2 kg
Optics: 50
https://geospatial.phaseone.com/drone-payload/p3-payload-for-drones/
Other equipment
Telescopic mast
When drone flight is not possible or is not the most suitable method, we use a 16 meter telescopic mast, which can be equipped with, among other things, thermal camera Flir A655sc and a visual system camera. The mast can be mounted on a car or tripod.
Remote controlled boat
To collect images or other data from the surface of the water, we use a 2.5 meter long remotely operated boat that can be equipped based on need with up to 60 kg of cargo.