
Yuneec Typhoon H520 Hexacopter UAV Thermal camera drone with E10T or E10TV dual thermal&RGB with hi-res FLIR sensor
- Min. Order:
- 1 set
- Min. Order:
- 1 set
- Port:
- Shenzhen
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Contact NowSupply Ability: | 100 Piece/Pieces per Month |
---|---|
Payment Type: | L/C,Western Union,D/P,D/A,T/T |
Port: | Shenzhen |
Yuneec Typhoon H520 Hexacopter UAV Photography thermal camera drone with E10T or E10TV thermal drone for law enforcement, search and rescue, security etc
What are inlcuded each drone set?
H520 Hexacopter drone x 1
ST16S Professional Ground Station x 1
E10 (320 x 256) or E10T (640 x 512) thermal camera drone ---Dual Thermal & RGB with hi-res FLIR sensor
Propellers x 10
5250mAh Lithium Polymer Battery x 2
SC4000-4H balance charger
Sunshade x 1
Neck-strap x 1
Micro USB Charger x 1
Charger/Adapter x 1
Car Charger x 1
What Applications of Yuneec H520 drone is used?
INSPECTION
Solar panels
Wind turbines
Buildings
Other vertical assets
SEARCH & RESCUE
Firefighting
Rescue services
SECURITY
Police
Security
PHOTO & FILM
Film production
Wedding photography
Landscape photography
CONSTRUCTION
Building Information Modeling
Site Mapping
E10 (320 x 256) or E10T (640 x 512) thermal camera drone ---Dual Thermal & RGB with hi-res FLIR sensor
High-resolution Dual Camera
The E10T/X with FLIR® boson sensor for the H520 Hexacopter is a stabilised 3-axis gimbal, thermal imaging and residual light camera all-in-one. The E10T/X is available with a 320*256-pixel or as E10Tv/X with a 640*512 thermal imaging resolution. The E10T/X takes high-quality pictures and detects more details in the dark than the naked eye with the help of its large RGB sensor. Thanks to its dual video stream, you can stream the thermal and residual light image simultaneously to the remote control and then look at the image as an overlay or picture-in-picture. Furthermore, the E10T supports commercial applications such as mission planning.
E10T and E10Tv are for use with the H520, the E10TX and E10TvX are for use with the H520E or H520E-RTK.
Your benefits at a glance
Designed for professional, commercial and governmental requirements
6 rotors for high safety and redundancy as well as high stability and precision even while experiencing wind and turbulence
Take-off weight with all available camera systems below 2 kg
Team Mode allows you to independently control copter and camera via two remote control systems
Reliable position determination by evaluating GPS, Glonass and Galileo satellites
High-precision, low-interference compass
Return Home / Return to Controller
Orbit Flight
With terrain follow, the H520 adjusts its flying height in correspondence to the map’s height data
Good visibility due to bright orange paint
Video downlink encryption according to the WPA2 standard with a dynamic password
No data transfer to an external server
Software is based on solid PX4 code
Intelligent sonar collision avoidance for safe and stress-free flying
Energy efficient and quiet with a flight time of up to 28 minutes / 25 minutes with CGOET/E90
ST16S with an integrated 7” touch display, voice output and multilingual comprehensive DataPilot™ software
HDMI signal directly from the ST16S to output the drone’s live image onto larger monitors
Mission planning on the computer or on the ST16S, offline maps available, creation of own maps possible
Waypoint and survey missions, including cross-wise flights, suitable for construction surveying, perimeter security, accident reconstruction, 3D scans, orthomaps, area inspections and S&R tasks
2D/3D mapping
DataPilot™ automatically generates the flight route when an area to be scanned is specified, including a possible battery change.
Definition of resolution over inches per pixel or altitude
Missions can be saved for any repetition of the same flight route (e.g., for tracking shots)
SDK available: third-party software and adaptation to your own application are possible.
Lower space requirement and short set-up time
Retractable landing gear and 360 degree endlessly rotatable camera gimbal for precise alignment or a permanent all-round view, even during tethering
Hot-swappable camera/gimbal systems
Commercial aerial solution
The H520 system utilizes Yuneec’s proven six-rotor platform and incorporates enterprise-grade cameras and mission planning software for high-end commercial use. The sUAS is the perfect solution for long flight times and a proven and robust technology in an all-in-one package. The H520 is built for inspection, law enforcement, security, construction, surveying, and mapping applications in addition to offering cinematic imaging payload systems.
Built for industrial use and ambitious professionals
The H520 is designed with the inspection industry in mind with six-rotor systems that allow for stable, precise flight, long focal-length lenses that allow the sUAS to fly at greater distance from an object and data storage that may be shared instantly from the ST16S Ground Station or delivered directly in 4K/2K/HD video or 20Mp still images.
Reliable, stable and precise
Even in high-wind environments, the Yuneec H520 sUAS system is able to hold position, allowing the solution to fly even when a manned inspection would be deemed unsafe. Exclusive flight speed control offers slowest speed above stall flight for maximum precision in challenging environments. H520’s landing gear retracts out of the way to give you a full, 360° view of the world to capture important data in the field. Also Commercial, comprehensive service packages are available separately.
No transfer to remote servers
Your data belongs to you. The H520 Hexacopter and the ST16S remote control communicate directly, so there is no involuntary data transfer to servers in China, Germany or anywhere else in the world. Neither flight data nor images, videos or logfiles are forwarded to external servers and remain in your possession. Thus, your data is optimally protected.
Hot-swap payload options
All of our H520 cameras are hot swap-capable on our sUAS platforms, allowing for significant time-savings through not requiring a power-down/restart of the UAS system. This also allows for consistency of data-storage, rather than using multiple storage devices and locations. Whether it’s thermal imaging, long focal length, or wide focal-length data capture, memory cards may be swapped from device to device.

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