![]() ![]() Surface with clear pattern and adequate lighting (lux > 15) Multi-frequency multi-system high-precision RTK GNSSĭetects diffuse reflective surfaces (>20%) GNSS Single frequency high sensitivity GNSS ![]() The positive XYZ axis of the body axis system points to the front, right, and bottom of the aircraft respectively. The position of the camera center relative to the phase center of the airborne A-RTK antenna, under the body axis system: (-2.63, 0.31, 83.5) mm, and the photo EXIF coordinates have been compensated. Horizontal: ☐.3 m (when the visual positioning is working normally) ☑.5 m (when GNSS works normally) Vertical: ☐.1 m Horizontal: ☐.1 m Vertical: ☐.1 m (when the visual positioning is working normally) ☐.5 m (when GNSS works normally) When RTK is enabled and working normally: Single shot/Burst shooting/AEB/Time Lapse/HDR Then, it calculates the depth map's flatness and angles to ensure an accurate and safe landing. Additionally, EVO 2 V3’s bottom binocular vision camera to create a density depth map. Failsafe & Automatically Return HomeĮVO 2 Pro RTK V3 will return home automatically when Low Aircraft Battery Level and Communication Lost. More information please refer to warranty policy. **It’s required to update the latest firmware and app to enjoy comprehensive warranty. Autel Robotics is not liable for any unauthorized flights. *Please fly safely and consult your local laws and regulations. Then you're going to be able to take EVO II Pro RTK V3's images and upload them to your 3D mappingĮVO II's Smaller Cross Section and powerful motors allows greater stability and control in all windy conditions.ĮVO II RTK Series V3 does not have any no fly zones and will not prevent the pilot from taking off.Įnjoy up to 38 minutes of flight time - 20%~30% more than the next leading competitor for more area coverage and longer missions.ĮVO II RTK Series V3 does not need to be on the latest hardware or app version in order to take off unlike other competitors. So anybody that needs to be able to capture a lot of images in a rectangular mission or polygon mission, you're going to be able to do that in an autonomous fashion. Rectangular and Polygon mission planners - Those are going to be great for anybody that's dealing with photogrammetry. *Please refer to the manual for details on obstacle avoidance and its limitations, which may or may not work in limited lighting environments, under direct strong sunlight, or across thin tree branches or wires.
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