Fully Automatic Operation Drone SystemSENSYN Drone Hub
This is a system that promotes the automation of operations. It has integrated control software and operation applications in addition to bases (drone ports) to support drones, automatic takeoff and landing, and automatic charging.
SENSYN Drone Hub
This is a fully automatic drone system that realizes automatic takeoff and landing,
automatic charging, and automatic transfer of captured data.
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Automatic Takeoff and landing
At the set time, drones will automatically takeoff and perform their missions. After their missions, the drones will land precisely fully automatically.
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Automatic Charging
Automatically charge drones without the trouble of bringing and setting them to the site.
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Automatic Data Transmission
Data after the capture of images/videos is transferred to the cloud automatically.
Features
It is possible to perform automatic flights on preset routes and to capture images and videos. Therefore, it can be operated as a stationary drone system (drone port) in areas such as the security monitoring of large factories and the inspection of facilities. This means that workers no longer have to go to the site each time. Accordingly, it enables the execution of efficient and safe operations.
Main Usage Settings
- ・Security monitoring operations for buildings, factories and high-rise facilities
- ・Disaster (e.g., tsunami and avalanche) measures and fixed-point observation
- ・Periodic inspection operations for towers, overpasses and dams
- ・Operations in mountainous areas, high places and disaster risk regions
- ・Operations in settings where it is difficult to deploy operators to operate drones
Functions
Waterproof and dustproof design
IP54 design on both the drone and storage base
LTE-compatible Drones
Communications with drones are LTE compatible. Realize real-time command transmission and upload processing with direct communications between the drone and server.
Weather Sensors
Automatically determine the advisability of flights by acquiring the rainfall, wind speed and temperature of the surrounding area at the time of takeoff with a weather sensor.
Networking of Multiple Sites
Aim for flights over a wide area in the future with the establishment of multiple drones and the creation of a network to make it possible to land at a different storage base to takeoff.
Main Unit Specs
Drone Base
| Size | 1.89m(L)*1.77m(W)*0.8m(H) |
|---|---|
| Weight | 149kg |
| Input power | 100V~240V AC / 16A |
| Guaranteed operating temperature | -10℃ ~ +40℃ |
| Waterproof and dustproof performance | Equivalent to IP54 |
| Durability performance | Tested by being opened and closed 100,000 times |
Drone Aircraft
| Aircraft | Mark-1 | Mark-2 |
|---|---|---|
| Size | 75.6cm diagonally | 88.8cm diagonally |
| Weight | 6kg | 7.5kg（1st gimbal only） |
| Maximum flight time | 30 minutes (when hovering) | 25 minutes (when hovering) |
| Guaranteed operating temperature | -10℃ ~ +40℃ | -10℃ ~ +40℃ |
| Waterproof and dustproof performance | Equivalent to IP54 | Equivalent to IP54 |
| Wind resistance performance | 10.0m/s | 10.0m/s |
| Charging time | (From 0%)80% in approximately 40 minutes Fully charged in approximately 1 hour | (From 0%)80% in approximately 40 minutes Fully charged in approximately 1 hour |
On-board camera
1st gimbal
| Camera | RGB Camera (Fixed lens) | Thermal Camera |
|---|---|---|
| Sensor | 1/2.5'' CMOS 8.5MP | FLIR Boson |
| Size | 1920 (H) x 1080 (V) 2 million pixels | 320 (H) x 256 (V) 85,000 pixels |
| Lens | DFOV = 57.4 ，HFOV = 47.3 EFL : 7.2mm | HFOV = 50 EFL : 2.3mm |
2nd gimbal
| Camera | 2 million pixels camera | 14x zoom camera |
|---|---|---|
| Sensor | APS-C (23.2 x 15.4mm), "Exmor" CMOS sensor | CMOS 1/2.3′′ |
| Size | 5456 (H) x 3632 (V) 20 million pixels | 4152 (H) x 3062 (V) 12710,000 pixels |
| Lens | HFOV = 70 EFL : 20mm | HFOV = 82 to 25 FL : 3.85〜13.4mm |