he Autel EVO series continues to evolve and upgrade, welcoming new members, and many Autel drone ecosystem products have also been upgraded. Here we explain the new Autel EVO Nest for EVO Series.
Learn about Autel EVO NEST functions and features
The EVO Nest is reliable, durable and portable, and can be used as an automatic take-off, landing, charging and mission planning platform for the EVO series. It is designed for all-weather use and has a one-piece protective drum with minimal moving parts for easy maintenance.
The Nest easily fits into the bed of a standard pickup truck and is lightweight and easy to carry by two people. In combination with the Autel SkyCommand Center, which allows centralized management of drones, the Nest is very convenient to set up, maintain and operate.
As an automatic drone charging station, the EVO NEST enables industrial drones to complete landing, take-off and continuous missions without human intervention. Equipped with a retractable canopy, fiberglass charging pad and built-in air conditioning system, the NEST can ensure that it and its aircraft remain in good working condition regardless of the weather. With the help of exclusive software, operators can also plan flight missions in the comfort of their own offices at home, thereby reducing labor costs and improving efficiency.
EVO NEST remote automatic flight system
The EVO Nest automatic flight system consists of the following parts: EVO Nest, EVO II series aircraft, cloud services and command center software. Users can use the command center to assign tasks and view real-time video feedback from EVO Nest and aircraft.
The remote operating system of Autel Robotics EVO Nest supports autonomous, semi-autonomous or remote control missions for drones. The multi-nest system and encryption functions make drone operations more efficient and operationally effective, providing an end-to-end solution for remote mission management.
Upgrade content of Autel EVO NEST
Applicable models
In the old version of Autel EVO NEST: drone series for remote flight missions include EVO II series, EVO II RTK series and EVO II Enterprise series.
In the new version of Autel EVO NEST: The drone series for remote flight missions include all EVO series, namely EVO Max 4T series, EVO II V3 series, EVO II V2 series, EVO II V1 series, EVO Lite series, and EVO Nano series.
Autel Dragonfish series drones have their corresponding Autel Dragonfish Nest.
Appearance upgrade
The appearance design of EVO Nest has been further improved, and it is equipped with an external camera, which can observe the drone entering and exiting the cabin at any time, as well as the surrounding environment of the EVO NEST docking point.
Deployment and Debugging of EVO NEST with EVO MAX 4T
When starting the remote drone mission of EVO NEST with EVO MAX 4T, the drone commander needs to perform Nest Assembly, Device Wiring, Record Nest Position, Command Center Configuration, One-Tap Takeoff, Mission Execution, Linking, RC Login, Login to Command Center, Route Planning, View the results and other steps.
Read More: EVO Nest Training Video
Summary
EVO NEST offers features such as autonomous, semi-autonomous or remote driving, multi-Nest system, all-weather performance, easy transportation and installation, information management, encryption, simplified maintenance, fast charging, customized solutions, etc., making it an indispensable tool for modern drone missions.
For professionals, Autel EVO NEST can be applied to various applications such as agriculture, inspection, public safety, etc., ensuring that drones are always ready in any environment, and is a leading innovator in the drone industry.
FAQ
How do I upgrade the firmware and app for the EVO NEST?
*Firmware upgrade
1. Prepare a monitor, an HDMI cable, a mouse and a USB docking station.
2. Connect the docking station to the USB port on the docking station, plug the mouse cable into the docking station, and connect one end of the HDMI cable to the monitor and the other end to the HDMI port on the docking station.
3. Open the browser and visit Autel Robotics’ offical website to download the latest version of the firmware upgrade package.
*App upgrade
1. Prepare a monitor, an HDMI cable, a mouse and a USB docking station.
2. Connect the docking station to the USB port on the docking station, plug the mouse cable into the docking station, and connect one end of the HDMI cable to the monitor and the other end to the HDMI port on the docking station.
3. Open the browser and visit the Autel Robotics’ official website to download the latest version of the upgrade package of the app.
Note*:
Before connecting the USB or HDMI interface, you need to use an Allen screwdriver to remove the side cover.
How do I ensure that the drone will accurately land back at the EVO NEST?
1. Before flying the drone, please make sure that the GPS signal is good. (display the number of satellite: at least 15)
2. If the GPS signal does not meet the requirements, please find an open space to place the EVO NEST, and then test at least 10 flights, landing the drone after marking the take-off point to ensure that the average moving distance between the landing point and the take-off point is within 10 cm.
How do I use the Autel SkyCommand Center to remotely control the drone in the EVO NEST?
If you want to fly manually, you can find available nests on the map through the aircraft nest list, and then click the one-click takeoff icon on the aircraft nest drone on the map. This will enable you to control the drone remotely in the background of the command center flight.
How do I use the Autel SkyCommand Center to send tasks to the EVO NEST?
1. Log in to the organization account, enter the task management interface, click “New Task”, edit the task name, device type, and task type. After editing, click “Configure Task” to enter the configuration interface.
2. Add waypoints and routes, and configure the corresponding parameters. After the parameter configuration is completed, click “Save” to return to the task management interface.
3. Click “Submit Task”, select the nest as the execution object, execution type (immediate execution/planned execution), period, start time and validity period in the issuing pop-up window, and finally, click “OK” to send the task to the app.
4. Use the username and password created by the command center to log into the app to view the system tasks issued by the command center. Click the task card to enter the task details page, and click the takeoff button to start the task.
How do I connect the EVO NEST to the Autel SkyCommand Center?
1. Log in to the Autel SkyCommand Center and enter the device management page. You can choose to add drones or aircraft nests, and enter the device name, serial number, and team in the pop-up window. After entering the serial number, the device model is displayed according to the result of automatic matching.
2. When adding a nest for the first time, enter the name and serial number. After the nest model is automatically identified, a password input box will appear. Enter a 6-digit password for nest authentication. The password can be modified.
3. When the nest app is used for the first time, a nest verification pop-up window will appear. You need to enter the service address and the corresponding 6-digit password; when the nest has been added in device management and the power is turned on, the nest will appear on the map interface.
What should I pay attention to before using the EVO NEST for flight missions?
1. Make sure that the drone is placed in the middle of the charging board.
2. Check carefully whether the connection between the power supply and the network is correct.
3. Confirm that no one is standing within 6 feet of the EVO NEST.
How do I choose the location of the EVO NEST?
1. Please choose an open area, such as an open clearing, roof, etc.
2. Please choose a place with good GPS signal (display the number of satellite: at least 15) and weak electromagnetic interference. You can use the drone to test the GPS signal and electromagnetic environment before selecting the site.
How do I install the drone on the charging stand?
1. The charging stand has 4 arm fixing clips. The two shorter fixing clips are marked with E, and the taller fixing clips are marked with F. The E fixing clips are used to fix the rear arms, and the F fixing clips are used to fix the front arms.
2. After fixing the arms, install the drone battery on the drone, and connect the cable under the battery power button to the tripod.
