The HT-8 C180 within the Thermography package allows professional thermal images to be obtained from the air. The package contains a dual-sensor system featuring the Optris thermal imaging camera together with the GoPro Hero 4 and thereby enables high-quality thermal images to be captured alongside optical images.
Thermal images captured with this system enable heat escapes caused by damage, leaks etc. in industrial plants, pipes, pipelines and other networks to be identified reliably and efficiently from the air. Similarly, buildings and roofs can be examined for heat losses.
The thermal imaging camera supplied, from German manufacturer Oprtis, is a high-level solution that meets the demands of industry. The microcomputer integrated into the system records the thermal image, optical image and relevant GPS coordinates. After the flight the data can be evaluated on the computer. The advantage of the optical-thermal image combination: Locations in which the thermal image indicates an anomaly can be directly reconciled with the optical image.
Frequently this provides direct indications as to the cause of the heat loss, such as broken insulation.
The optical images obtained in parallel to the thermal imaging are also ideally suited for placing beside the latter in reports and pointing out evaluations.
As an optional extra to the package, an extension workshop at the professional SPECTAIR ACADEMY flight school for drone pilots can be provided. This training is led by certified thermographers and is specially designed for the needs of users who perform inspections using drones.
Made from ultra-lightweight carbon – less weight, bigger payload.
Easy comparison of optical and thermal images: the dual-sensor integration facilitates an easier identification of anomalies.
The flight system is easy to transport and assemble thanks to a practical tuck-away system. It can then be assembled quickly on site and is ready for use in two minutes.
The complete solution in a ready-to-fly package for professional thermal imaging from the air.
Dimensions (see figure)
1015 mm x 1270 mm x 255 mm
Unladen weight
2800 g
Take-off weight
max. 5000 g
Payload
max. 2200 g
Operating temperature
-20°C to +35°C
Flying time
approx. 20 minutes
Climb rate
10 m/s
Speed
max. 55 km/h
Remote Control
2,4 GHz
Telemetry
2,4 GHz
Type
4S Lithium-Polymer (LiPo)
Capacity
5800 mAh
If the task requires it, the HT-8 C180 can be easily fitted with a carbon shield ring that protects the propellers and motors reliably in the event of a collision.
The HT-8 C180 can optionally be provided with a second ground station for the co-pilot, who can then operate the sensor system and the gimbal independently of the pilot.
Pre-selected and ready-made high-performance batteries optimised for HEIGHT TECH drone systems.
For improved sight: video glasses give the wearer an immediate view of the live image from the HT-8 C180.
With the transport case, the HT-8 C180 can be brought to the deployment site safely and reliably. Even transporting the flight system as airfreight is straightforward.
The robust accessories case protects the ground station in particular during transport. It also has space for batteries, chargers, cameras and replacement parts. With a pull-out handle and two rollers, it is easy to move.
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