Tag Archives: SBGC calibration

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For those who may still be intimidated about tackling a DIY 3 Axis Gimbal Stabilizer, I am working on a video series sharing my step-by-step build instructions for this new 32 Bit version 3 Axis CAME 7000 Gimbal Stabilizer using the latest official Alexmos and Basecam controller. In the video you can see where i'm at just 1 day after receiving the product.

I haven't spent a lot of time with the new gimbal, but already I know this is going to be a much more stable product over the previous 8 bit version. So far i'm able to get my GH4 + 12-35mm lens balanced on the system, but i'll need more time fine tuning my PID settings.

The good news is that CAME-TV.com is working on providing default PID settings for many popular camera + lens combinations. As soon as you get your Gimbal assembled, you would basically upload the profile into the gimbal via USB and you're up and running. Let's hope we see those profiles soon! I currently have 5 videos started and just a few more before I can start uploading the series which i'm hoping could be a good reference for other builders.

Since some of you have already received your gimbal, here's a video tip that's part of my build process on mounting a project box to the gimbal. It's a simple way to create a template for drilling out holes that will align perfectly with your mount.

The new 32 bit 3 Axis Gimbal is available now via CAME-TV.com (here)
Cheesycam Gimbal-3
find-price-button New 32 Bit CAME 7000 3 Axis Gimbal Stabilizer

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As more people begin taking the challenge of building their own 3 Axis Gimbal Stabilizer, there have been numerous questions with still little information. One popular question relates to calibrating the IMU sensor. In this video I attempt to show my method of performing the 6 Point Calibration of the IMU sensor and why I choose to do it this way.

Unlike using a cardboard box, this method using a Leveling Cube ensures you can visibly see how level you are before performing calibration. It also allows the sensor to remain completely flat across the cube.

If you look closely, you can see that laying the sensor down over the exposed solder pins may cause inaccurate results. Perform your calibration with the sensor level using only the flat area. Hopefully this bit of information has been helpful and may allow you to get slightly more accurate results from your 6 Point IMU Calibration.

Calibrate 6 Point Calibration IMU Alexmos Sensor gimbal sbgc software How To Cheesycam
Solder pins may cause inaccurate results calibrate IMU sensor gimbal

At first I thought these cubes were merely a novelty item, but after working with these gimbals, I have found so many more uses for them. They are great for checking how level your gimbal is when placed on a stand while balancing your camera. They are also great for checking the level of your camera immediately after powering up your gimbal (make sure your horizon is level before shooting). Great little item to have around for just under $2.50 + Free Shipping, I suggest grabbing the cubes with 3 bubble levels built in (click here)

3D 3 Axis Bubble Level Cube Hot Shoe3D Bubble Level cube Axis
find-price-button Hot Shoe Cube 3 Axis Bubble Level

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