Blog
Using adjustable variables with firmware 2.43
Using new features of the firmware you can design your own remote control for SimpleBGC.
Serial Protocol Specification (v.2.4)
Serial API Examples (v.2.4)
How to make reliable FPV-follow for YAW axis with the SimpleBGC-based gimbal
For 8bit and 32bit versions of the SimpleBGC-based gimbals.How to recover firmware on your 32-bit board
Suppose that you somehow damaged the firmware on your board and need to recover it. The following steps will help you to do that.
- You need GUI version 2.41b5 or higher. Find it on the download page.
- You also need a recovery firmware. You can find one here.
- Close FLASH pins on the board using a jumper shunt.
- Connect the board to your PC via USB. Note that the Red light has to light up on the board.
- Start GUI and do the following steps:
- Select appropriate COM port. Do not press button "Connect".
- Open TAB "Upgrade" -> "Manual".
- Specify location of Firmware HEX file.
- Select Board version -> v3 32bit.
- Press button "Flash".
- Wait until uploading to be finished.
- Unplug USB and remove jumper.
- Do automatic upgrade as described in the User Manual.
Rebotnix Gimbal Control for iOS
The rebotnix Gimbal Control allows you to remotely control a BaseCam SimpleBGC controller with an iPhone or iPad in conjunction with the rebotnix Apple and Bluetooth certified Bluetooth hardware module.
Rebotnix Gimbal Control is available in App Store.
RMotion - Is the application for remote scripting control of the BaseCam controllers
Let us introduce a very useful application - RMotion. The application allows scripting control of BaseCam controllers. Look at the video below to see it in action.
How to connect second IMU to SimpleBGC 32-bit
Some 3rd party sensors differ from the BaseCam products. Rather than sensors of our design you could see a sensor for sale on which the order of connection differs from one described in the manual.
BaseCam SimpleBGC controller configuration guide
Before you start to tune the controller read carefully the appropriate manual.
What P, I, D are
P — is a basic factor of stabilization, sets gain of the signal from the gyro in the feedback system.
D — is a stabilization factor of P. When value of D is not enough the system may go into a state of self-excitation.
I — is a gain factor of the absolute error of stabilization (the difference between the target and current angles) in the feedback system.
Capabilities of the Mobile GUI
The below video from our partner from Italy demonstrates capabilities of the Mobile GUI:
Video report from Muscle Car City Museum, Punta Gorda.
We were so impressed with both these videos and the cars in them, that we just had to share them with you. Video footage was filmed by Dave Beaty using a DIY Gimbal based on a SimpleBGC controller.