Aloft Air Control Integration

Aloft Air Control enables live telemetry and automatic flight log imports for EVO Max Series now!

Instructions:

1. Aloft Website

Register an account on the Aloft website

Navigate to Manage > Connections > ADD CONNECTION

Select Autel > Autel Live Telemetry and Flight Imports > ADD

Copy the generated API TOKEN from your new connection

2. Autel Smart Controller

Open Enterprise App > Menu > Flight Logs

Tap the Sync icon (top-right corner)

Select Aloft Air Control and enter your API TOKEN

ap Login to complete authorization

You are now connected to Aloft Air Control. For live telemetry viewing on the Aloft website, ensure you have a stable internet connection. Completed flight records will automatically upload to Aloft when the controller has internet access.

Aloft Web Page

EVO Max Controller

Cloud Service - Remote Controller

The Cloud Service feature enables users to access live aircraft feeds through the Autel Integrated Command System (AICS).

Instructions:

1. AICS

Log in to AICS

Navigate to Assets

Add your:

Add your:

Site

Remote Control

UAV

Select Cloud Service Configuration (top-right corner of the Assets page)

Retrieve the:

MQTT address

MQTT Account

MQTT Password

2. Smart Controller

Ensure the remote controller is connected to the internet

Go to Menu > Cloud Service

Enter the MQTT credentials from AICS

Click Connect to log in to AICS

View your remote controller and aircraft in Realtime via AICS

Cloud Service also provides Situational Awareness, Live Streaming Feature, Map Elements, Media Management, Route Management, HMS Management, and Command Flight. For more information about the Cloud Service feature or Cloud API, please visit:

https://doc.autelrobotics.com/cloud_api/en/30/30/10

Note:

Supported models: EVO Max series with firmware V1.8 or V1.9

AICS version: V1.3.1 or above

Autel Enterprise App version: V2.4.15 or above

One remote controller can only control and stream from one drone at a time.

Autel Cloud API is available for third-party platform integration.

AICS

EVO Max Controller

RTMP/ RTSP Live Streaming

RTMP and RTSP now support single-camera or multi-camera live streaming.

Instructions

1. Go to Menu > Live Stream

2. Select either RTMP or RTSP, and then choose between single-camera or multi-camera mode.

Single Camera: Single mode allows streaming only one live feed at a time, with the option to switch cameras during the live stream.

Multi Camera: Multi mode allows streaming 1 to 3 live feeds simultaneously, enabling viewers to watch different cameras at the same time without switching

3. Input the stream URL provided by the third-party player.

4. Tap Start to begin the live stream.

Note:

The Live Stream feature does not support simultaneous multi-aircraft streaming when using the A-Mesh feature.

PSDK Integration

We now support Payload SDK (PSDK) for EVO Max Series running firmware V1.9 or higher. PSDK is a developer toolkit that enables seamless integration and control of custom payload devices on compatible aircraft. For more information about the PSDK, please visit:

https://developer.autelrobotics.com/doc/payload_sdk/v1/psdk_docs/en/9/1

Laser Rangefinder Data in Photo Metadata

When viewing aircraft-captured photos with XMP (Extensible Metadata Platform)-compatible tools, users can access laser rangefinder data including Laser Rangefinder status, distance, latitude/longitude coordinates, MSL (Mean Sea Level), and ATL (Above Takeoff Level) – though these fields will appear empty if the laser rangefinder was disabled or outside the operating range.

Laser Rangefinder Data Sharing in A-Mesh

When using A-Mesh with multiple controllers, member controllers will automatically display the laser rangefinder data in their camera views when the lead controller activates the laser rangefinder.

Target Recognition Audio Alert

When target recognition is enabled, the remote controller emits an audible alert upon detecting a target.

Instructions

1. Go to Menu > Settings > More > Target Recognition Settings

2. Turn on the Audio Alert

3. Turn on RECOG feature

Custom Geofence

Users can create custom circular or polygonal geofences and no-fly zones to restrict and manage the aircraft's flight area.

Instructions

1. Go to Menu > Geofence.

2. Enter a Name, select the Type (Geofence or No-Fly Zone), set the Validity Period, and choose the Shape (circular or polygonal).

3. Tap on the map to define the custom area and configure its parameters.

4. Tap Save to apply the geofence settings.

5. The custom geofence will be saved in the Mission Library for future access and management.

Note

The aircraft will be prohibited from taking off inside no-fly zones or within buffer zones.

Missions cannot be set outside of geofences , inside no-fly zones, or within buffer zones.

MYou can view, edit, delete, enable, or disable saved geofences in the Mission Library.

When the aircraft is in flight, you cannot add, edit, delete, enable, or disable geofences.

When the aircraft is connected and on the ground, the remote controller will automatically sync its geofence data to the aircraft.