How to Take Moving Shots with Insta360 Pro 2

How to Take Moving Shots with Insta360 Pro 2

The Challenge of Moving Shots in 360° Filming

Unlike traditional cameras, the Insta360 Pro 2 captures in all directions. This means if the operator walks with the camera, they’ll appear in the footage. Shooting smooth moving shots at eye-level becomes tricky because there’s no place to “hide” behind the lens.

Common Shooting Approaches and Their Limitations

1. Handheld or Tripod Movement at Eye Level

• If you walk with the camera on a tripod at eye level, you’ll always appear in the shot.

• Even if you try to stitch out the operator, shadows or body traces often remain.

2. High Tripod Movement (Above Head)

• Placing the camera high above your head and moving helps hide the operator.

• But in VR playback, this gives viewers the feeling of “floating” above people’s heads, which feels unnatural.

3. Post-Production Patch

• Some filmmakers try to patch the operator out during editing.

• However, this is time-consuming and doesn’t always give perfect results, especially in crowded environments.

The Practical Solution – Using a Robot Car

To solve this problem, I use a custom-built RC robot car with:

• 500m remote operating range

• Payload capacity of 30kg (enough for Insta360 Pro 2 + tripod)

• Suspension system for smooth movement

👉 By mounting the Insta360 Pro 2 at eye level on the robot car, we get perfectly smooth moving shots without the operator appearing in the footage.

This method provides:

• Realistic perspective at human eye level

• Stable movement with suspension

• Freedom for the operator to remain out of view

Why This Method Works Best

• Keeps the immersive VR feeling intact (eye-level perspective).

• Eliminates the problem of operator visibility.

• Reduces post-production work (no patching needed).

• Allows flexible movement indoors and outdoors.

Final Tips for Moving Shots with Insta360 Pro 2

1. Test your path before shooting (avoid bumps or obstacles).

2. Always secure the camera tightly on the robot car.

3. Sync your movement plan with the script/storyboard.

4. Review the footage on-site to confirm smoothness.