Introduction

Smooth and stable video shooting starts with a high-quality camera stabilizer gimbal. The FeiyuTech SCORP Mini 3 Pro is a lightweight portable gimbal that combines intelligent tracking, AI gesture control, and multi-device compatibility in one compact device.
 
For new users, installation and balancing might seem challenging at first. However, by following the step-by-step guide in this article, even beginners can quickly get up and running and start capturing smooth, professional footage with ease.

In this guide, we will walk you through how to properly install your camera and balance the SCORP Mini 3 Pro, helping you master your gimbal setup and unleash your creativity in no time.

What You'll Need Before You Start

• SCORP Mini 3 Pro gimbal (fully charged)
• Compatible camera with lens attached
• Mounting accessories (camera quick release plate, vertical mounting rail, L-bracket base, lens support bracket, camera mounting screw, lens support screw)
• Tripod

💡 Important: Always make sure the gimbal is powered off before you start installing and balancing your camera.

Step-by-Step Installation Guide

1. Prepare the Gimbal and Camera

Step 1: Set up the gimbal

• Mount the tripod to the bottom of the gimbal and place it on a level surface.
• Unfold the three axes, but keep all axis locks engaged for now.

Step 2: Install the L-shaped bracket base

• Slide the L-shaped bracket base into the quick-release rail on the gimbal's tilt axis.
• Adjust it to the desired position, then secure it firmly using the side buckle lock to ensure there is no wobble.

Step 3: Install the vertical mounting rail

• Slide the vertical mounting rail (used for connecting the camera quick release plate) into the vertical slot of the L-shaped bracket base.
• Adjust it to the proper position, then secure it using the buckle lock located at the bottom of the bracket base.

Step 4: Prepare the camera

Using the hex key and 1/4" camera mounting screw, firmly attach the camera quick release plate to the bottom of your camera (make sure the plate is oriented correctly).

Step 5: Mount the camera onto the vertical mounting rail

• Loosen the side buckle lock on the vertical mounting rail, slide the camera’s quick release plate into the slot along the rail, and then tighten the side buckle lock securely to prevent slipping or wobbling.
• Then, position the lens support bracket under the lens and secure it to the quick release plate using the lens support screw.

How to tell if the camera is properly mounted?

• The camera should be firmly secured on the gimbal, with no wobbling or risk of slipping.
• All locking mechanisms should be tightened, ensuring a stable and secure setup.

2. Balancing the Gimbal - Three Axis Setup

The recommended balancing order is: Tilt Axis → Roll Axis → Pan Axis.

2.1 Tilt Axis

Step 1. Unlock the tilt axis motor lock and keep the roll and pan axes locked to prevent movement from interfering with the balancing process.

Step 2. First, balance the upward-downward tilt:

• Lift the lens so it points straight up and observe whether it swings or droops. If the lens tilts forward or springs back on its own, the center of gravity is unbalanced.
• Loosen the buckle lock on the side of the L-shaped bracket slide arm.
• Adjust the L-shaped bracket slide arm so that the camera remains level when tilted up or down, until it can stay perfectly upright without any movement.
• Finally, tighten the buckle lock to secure the L-shaped bracket.

Step 3. Next, balance the forward-backward tilt:

• Point the camera straight ahead. If it cannot stay in place when you release it, the axis is not balanced.
• Loosen the buckle lock on the side of the camera quick release plate, then slide the plate forward or backward along the vertical mounting rail.
• Adjust until the lens remains stable at any upward or downward angle without swinging or drooping.
• Finally, tighten the buckle lock to secure the quick release plate.

Step 4. Once properly balanced, lock the tilt axis motor lock.

2.2 Roll Axis

Step 1. Unlock the roll axis motor lock and keep the tilt and pan axes locked to prevent movement from interfering with the balancing process.

Step 2. If the camera leans on its own, the roll axis is not balanced.

• Loosen the buckle lock on the roll axis arm.
• Slide the roll axis arm left or right to fine-tune the camera's center of gravity.
• The roll axis is properly balanced when the camera remains level on both sides without tilting.
• Finally, tighten the buckle lock.

Step 3. Once balanced, lock the roll axis motor lock.

💡 After balancing the roll axis, the gimbal should maintain left-right stability naturally in both top-down and horizontal positions.

2.3 Pan Axis

Step 1. Unlock the pan axis motor lock and keep the tilt and roll axes locked to prevent movement from interfering with the balancing process.

Step 2. Lift the gimbal and tilt it approximately 45° and observe whether the camera rotates automatically due to the center of gravity. If the camera rotates on its own, the pan axis is not properly balanced.

• Loosen the buckle lock on the pan axis slider, then slide the arm forward or backward until the camera no longer rotates.
• When the gimbal is tilted 45°, the pan arm should remain perpendicular (90°) to the handle, and the camera should stay stable at any angle.
• Finally, tighten the buckle lock.

Step 3. Once properly balanced, lock the pan axis motor lock.

How to tell if your gimbal is properly balanced?

• The camera stays in place without tilting in any direction.
• The gimbal powers on and operates smoothly and quietly.
• Rotation is fluid, with no unusual motor noises.
• Stability improves after automatic calibration via the touchscreen.

💡 Tip: The camera should stay in position without drifting when balanced correctly.

Common balancing mistakes to avoid:

• Mounting lens caps or accessories after balancing (this changes weight).
• Ignoring axis locks during setup.
• Skipping micro-adjustments—small tweaks make a big difference.

3. Power On and Calibration

Step 1. Place the gimbal on a level surface, unlock all three axis locks, and press and hold the power button to turn the gimbal on.

Step 2. Once powered on, tap the Motor Power icon in the upper-left corner of the touchscreen, then select "Auto tune" and "Start tuning". The gimbal will automatically adjust motor strength based on your current camera and lens setup.

Step 3. When the touchscreen displays "Calibration complete", the automatic calibration process is finished.

💡 Important: The gimbal may shake during automatic calibration. Do not interfere or power it off until the process is complete.

4. Function Test and Final Prep

• Use the joystick to rotate the tilt, roll, and pan axes to ensure smooth response.
• Check for any vibration, stuttering, or humming noises - these may indicate imperfect balancing.
• If you cannot achieve proper balance after mounting the camera, try readjusting the slider positions or test with a lighter lens.

Troubleshooting FAQ

❓Q: What should I do if my gimbal vibrates after balancing?

A: Vibration usually means the balance is slightly off or the motor power is set too high. Power off the gimbal, recheck each axis for proper balance, and ensure the payload is within the supported weight range. You can also run the auto-tune motor settings in the gimbal menu.

❓Q: The camera slowly drifts—did I balance incorrectly?

A: Yes, slow drifting often means the center of gravity isn’t perfectly aligned. Unlock the affected axis and make small adjustments until the camera stays in place without support. Then lock it again before powering on.

❓Q: Can I balance heavy telephoto lenses with the SCORP Mini 3 Pro?

A: Not all camera–lens combinations within the payload limit are guaranteed to work. Please refer to the official lens compatibility list for tested setups. If your camera and lens are similar in size and weight to those listed, they are likely to be compatible. SCORP Mini 3 Pro is a compact 4-in-1 gimbal, so it is not recommended to mount oversized or heavy telephoto lenses.

❓Q: Why is gimbal balancing so important?

A: Poor balance forces the gimbal motors to work continuously, which can cause overheating, drifting, faster battery drain, and even shorten the gimbal’s lifespan.

Conclusion

Proper installation and balancing are key to unlocking the full potential of your FeiyuTech SCORP Mini 3 Pro. With the steps outlined in this guide, you can ensure smoother footage, longer battery life, and a more enjoyable shooting experience—whether you’re filming with a DSLR, mirrorless camera, or smartphone.

Now it’s your turn to put these tips into practice and start capturing steady, cinematic shots!

Know More About:
👉 Feiyu SCORP Mini 3 Pro
👉 Feiyu SCORP Mini 3 Pro Basic Tutorials