Beschrijving
Thermal imaging and low-light camera
High-resolution dual camera
The E10T 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 is available with a 320*256-pixel or as E10Tv with a 640*512 thermal imaging resolution. The E10T 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 with H520 Hexacopter
The H520 Hexacopter was specially developed for inspection, safety, and search & rescue applications. With its multi-sensor compatibility, the H520 Hexacopter offers emergency services, firefighters, police and inspectors reliable and efficient air support in combination with the E10T thermal imaging and residual light camera.
Thermal imaging applications
When searching for people, the drone enables you to look for people very quickly from the air with the E10T thermal imaging camera. In case of fires, fire hot spots can be detected and allows fast and efficient countermeasure against the fire, which can save lives.
Example of use
3-Axis gimbal with 360° rotation
The E10T camera/gimbal combination is stabilised via 3 axes and thereby provides a still image for inspection and stable pictures. Furthermore, the gimbal can be rotated 360° and provides a full panoramic view with the retractable landing skid.
Interchangeable camera systems
The E10T can be ‘hot-swapped’ and can be exchanged with any other camera/gimbal combination compatible with the H520 such as the E90 1” sensor camera or the E50 inspection camera. The copter does not have to be restarted when changing the camera systems and prevents any forced breaks, which means that you can always work productively and effectively.
Everything at a glance
- E10T thermal imaging and residual light camera with FLIR® Boson sensor
- 320×256 (E10T) or 640×512 (E10Tv) thermal resolution
- Dual video stream
- Compatible with the H520 Hexacopter
- Up to 28 minutes flight time with the H520
- Hot-swap gimbal
- Continuous 360° gimbal rotation
- Full camera control via the ST16S
- Supports DataPilot and mission planning
| Yuneec E10T 320p Thermal and RGB Kamera, 16° FOV/13.8mm | 5591,18€ |
| Yuneec E10T 320p Thermal and RGB Kamera, 24° FOV/9.1mm | 5591,18€ |
| Yuneec E10T 320p Thermal and RGB Kamera, 34° FOV/6.3mm | 5591,18€ |
| Yuneec E10T thermal and RGB camera | 5591,18€ |
| Yuneec E10TvR 640p Thermal and RGB Kamera, 32° FOV/14mm | 11386,72€ |
| Yuneec E10TvR 640p Thermal and RGB Kamera, 32° FOV/14mm H52E | 11386,72€ |
| Yuneec E10T 320p Infrarot und RGB Kamera 24° FOV/9.1mm H520E | 5590,20 € |
| Yuneec E10T 320p Infrarot und RGB Kamera 34° FOV/6.3mm H520E | 5590,20 € |
| Yuneec E10T 320p Infrarot und RGB Kamera 50° FOV/4.3mm H520E | 5590,20 € |
TECHNICAL SPECIFICATIONS
E10T Thermal Imaging And Low-Light Camera for H520,
320 x 256 Thermal Resolution
YUNE10TUS – 50° FOV, 4,3 mm
YUNE10T34US – 34° FOV, 6,3 mm
YUNE10T24US – 24° FOV, 9,1 mm (Preorder only)
YUNE10T16US – 16° FOV, 13,8 mm (Preorder only)
E10TvR Thermal Imaging And Low-Light Camera for H520,
640 x 512 Thermal Resolution
YUNE10Tv32US – 32° FOV, 14 mm
| Camera | |
|---|---|
| WEIGHT | 370 g |
| DIMENSIONS | 123 x 81 x 140 mm |
| SENSOR | CMOS 1/2,8″ 2MP 23mm F2,8 |
| CONTROL RANGE | Tilt：+15° to -90°; Pan：360° Limitless |
| ANGULAR VIBRATION RANGE | ±0.03° |
| MAXIMUM CONTROL SPEED | PITCH & ROLL: 30°/s // YAW: 120°/s |
| SHUTTER SPEED | 1/30 – 1/8000 s |
| VIDEO RESOLUTION | FHD (1920×1080) / H264 (NTSC) 24/25/30/48/60 |
| PHOTO RESOLUTION | 1945 (H) X 1097 (V) 2MP |
| PHOTO FORMAT | JPG, TIFF |
| VIDEO FORMAT | MP4 |
| FOV | 89,6° |
| CAMERA INFRARED | uncooled VOx microbolometer |
| CAMERA WAVELENGTH | 8 – 14 μm |
| OPERATING TEMPERATURE | -10° – 40°C |
| TRANSMISSION BAND | 5,8 GHz, 2 km range |
| SENSITIVITY | < 50 mK, @f/1.0 |
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