UPDATE: How to do a DIY MōVI? 2-axis digital stabilized camera gimbal from 100$

7/06/2013 ISO 1200 Magazine 9 Comments

acquainted

But what is SimpleBGC?

SimpleBGC (abbreviature for Simple Brushless Gimbal Controller). The purpose of the project - to build a high-quality system of stabilization camera mounted on the UAV, using brushless (BLDC) direct drive motors. The main advantages of this solution compared to conventional actuators - no backlash in the gear, the instantaneous response to the disturbance, ease of installation, low weight. The project is focused on the DIY-community. Thanks to a very simple design and the availability of detailed instructions, everyone can try this innovative principle of stabilization in their custom-built gimbals.



The project consists of two parts - closed source (circuit and firmware), and open source (drawings of mechanics, motor rewinding instructions and test data, solutions and samples from other DIY-ers). At the moment, the controller circuit is designed and assembled several prototypes, and beta-version of firmware is written. I am negotiating with manufacturers about the production and sales of controllers and kits for custom build. Complete systems will be available, too. ( via simplebgc.com)

What is the secret?

How to make your own DIY "MōVI" for only 100$?

1.Software

2. Hardware:

Or maybe you want

to buy BL gimbal parts . The list of stores : http://www.simplebgc.com/eng/buy

3. The controller

The controller is the most important piece of stabilizer and therefore it is not cheap . Prices range between $ 120 and $ 25 ...... if purchases directly to China

Some models:

a)

Price for the controller and IMU is 110 Euro ( via rcgroups.com)

Price : 14,95€

Price : 79,95€



c) The cheap version for only 22$

The biggest drawback is that you have to buy on taobao.com that only sells in China , so you have to get an intermediary . It's not hard and it is worth .

More information about cheap components : rcgroups.com

A list of everything you need

and with a nice finish and

for about $ 100

Would I rather buy it done?

This is what we have found:

Camera Types: support GoPro Hero 2 and GoPro hero3, RCTIMER CCHD

Axis Gimbal





If you need a profesional solution:

Like everyone else, I was completely blown away by the new Freefly Movi videos. My drone is undergoing upgrades so during the transition period, I figured to attach my Red Swat Rail gear to my existing Photohigher gimbal for fun. As you can tell in the video, the PH gimbal has a buzzing noise and doesn't respond nearly as fast as the Movi. This is largely due to the fact that the Movi features some silent brushless direct drive motors whereas most of the current gimbals use servo motors and pulleys (as seen above).





Photohigher has been working on another new gimbal as well (thought not too sure if it is compact as Movi) which I think we will see at NAB. Anyways...this setup requires a two man operation. One person to run around with the rig and the other to control the "pan and tilt" on the gimbal. I took my setup for a test spin to get a feel of whats to come. I'm looking forward to trying out the brushless motor designs coming out at NAB. Seeing the insane shots that they were able to pull off in Movi and Roam definitely makes me super excited about what is to come. Saids @tonaci | Video via Tonaci Tran

UPDATE: eSteady Camera Rig For GoPro:











The eSteady camera rig for GoPro uses motors to stabilise motion in 2-axis (roll and pitch). This allows quick and jerky movements to become smooth and flowing making the rig excellent at providing many different types of shots.









More information about DIY camera gimbal :



If you have a technical question, utilize the online resources for multi-rotor aircraft:



CREDITS:



Surely this kind of stabilizers will arouse much interest . Thanks to Vincent Laforet and Freeflysystems.



ISO1200 has no business relationship with the companies profiled .



MōVI : Registered Trademark of of freeflysystems.com







If you have a technical question, utilize the online resources for multi-rotor aircraft: RC Groups Vincent Laforet and Freeflysystems.