Typical Mission Workflow Example (Placeholder)

This section provides a complete example of a first-time mission workflow, from preparation through completion, for beginner practice in an open, safe environment.
The specific mission type (such as an aerial platform, ground robot, or surface platform) depends on the connected unmanned platform / robotic system. Adjust the workflow according to the accompanying user manual.

Pre-Mission Checklist

Equipment Check

• Three-Position Switch: Confirm that it is in the safe position for startup/unlocking (usually the locked position).
• Remote Controller Battery Level: A battery level > 50% is recommended.
• Unmanned Platform / Robot Battery Level: A battery level > 80% is recommended.
• Device Connection: Confirm that the remote controller has been paired and connected to the target unmanned platform / robot terminal (see 4.2 Device Pairing (Placeholder)).
• Signal Strength: Confirm that the signal strength is good, with no noticeable fluctuations.
• GPS Status (if GPS mode is used): Confirm that the number of satellites and positioning status meet the requirements for safe takeoff.
• Return-to-Home Point: Confirm that the return-to-home point has been set correctly.

Environment Check

• Weather Conditions: Clear or stable weather, with no strong winds, rain, thunderstorms, or similar conditions.
• Operating Area: Confirm that the area is not within a no-fly or restricted-flight zone.
• Obstacles: Ensure that the flight area is free of obstacles such as high-voltage power lines, tower cranes, and trees.
• Personnel Safety: Confirm that no unauthorized personnel are active around the perimeter of the flight area.
• Open Site: For the first flight, use an open site whenever possible.

Settings Check

• Mission / Control Mode: A relatively stable and safe mode is recommended (such as a mode with positioning / attitude stabilization).
• Altitude/Distance Limits: Set appropriate maximum altitude and distance limits.
• Return-to-Home Strategy: Confirm that the low-battery and signal-loss return-to-home strategies have been configured.

Mission Workflow

Step 1: Preparation (Typically 5 Minutes)

1. Select a suitable operating site and place the unmanned platform / robot on a level, safe surface;
2. Place the remote controller in a position with a clear view that is comfortable for operation;
3. Review the equipment and environment checklists again.

Step 2: Pre-Mission Preparation (Typically 2 Minutes)

1. Follow “4.1 First Startup” to power on the remote controller and confirm its status;
2. Power on the controlled platform / robot according to its manual, and wait for the self-check and positioning/status checks to complete;
3. Confirm that the data link video feed or status-monitoring data is clear and refreshing normally.

Step 3: Mission Start / Drive Operation (Typically 1 Minute)

1. Unlock or start the actuator (such as a motor / drive wheel) according to the manual for the controlled platform / robot;
2. Start slowly at a low speed/power setting so that the device enters its operating state within a safe area (for example, moving slowly or ascending slowly to a safe altitude);
3. Pause briefly and observe whether the attitude, position, and other data are normal.

Step 4: Basic Operation Practice (Typically 5 ~ 10 Minutes)

1. Stationary/Low-Speed Operation Practice:
   • Keep the device operating steadily within a small area and at low speed to become familiar with the relationship between control inputs and attitude/position.
2. Forward and Backward Movement:
   • Push the right control stick forward / pull it backward to move slightly forward / backward, maintaining a low speed and small displacement.
3. Lateral Movement or Turning:
   • Push the right control stick left / right, or use the chassis steering control, to practice lateral movement / turning.
4. Rotation Practice:
   • Push the left control stick left or right, or use the corresponding control channel, to turn/rotate in place while keeping the position generally under control.

Step 5: Mission Completion and Shutdown (Typically 2 Minutes)

1. Move the unmanned platform / robot smoothly back to the starting area or a safe area;
2. Slowly reduce the speed / power so that the device comes to a gradual stop;
3. Perform the shutdown or locking operation as required by the manual.

Step 6: Post-Mission Check (Typically 2 Minutes)

1. Inspect the device exterior and critical components for damage or foreign objects;
2. Check the remaining battery level, and charge or store the battery in accordance with the battery specifications;
3. Check whether photos/videos and mission logs have been saved properly.

Mission Tips and Key Safety Points

Beginner Recommendations

• Practice the first mission in a low-risk, confined area whenever possible, and gradually increase the difficulty;
• Keep all control-stick movements as smooth as possible and avoid sudden changes;
• Do not conduct the first practice session in strong winds or complex environments.

Key Safety Points

• Always maintain visual observation of the unmanned platform / robot or operating area; do not rely entirely on the screen;
• Pay attention to changes in the surrounding environment. If pedestrians or vehicles approach, prioritize slowing down, stopping the device, or leaving the operating area;
• If an abnormal condition occurs (such as loss of control, strong winds, or loss of the data link), follow the mission contingency plan and perform a safety action such as returning to home, stopping, or making an emergency stop as soon as possible.

Common Issues and Emergency Response

If an abnormal condition cannot be handled, terminate the mission immediately and shut down the device when it is safe to do so. Analyze the issue afterward using the flight records.