Youtube user, Yakir Yahish, posted this quick video of him doing a driving test with the CAME-Single gimbal!
Click below for more information on the CAME-Single 3-Axis Gimbal.
Tag Archives: came-single
CAME- Single 3-Axis Gimbal First Test By Joe Taravella
In this quick video posted by Youtube user, Joe Taravella, he takes his new CAME-Single gimbal out for a test run! The footage looks great, especially when he walks up and down the stairs. He used his Sony A7S with a Sony 10-18mm F4 lens.The new CAME-Single is one of the first commercially available 3-Axis 32-bit basecam controlled gimbals that offer brushless motors with Encoders.
Click below for more information on the CAME-Single 3-Axis gimbal.
CAME-Single Test By Milton: Motion & Design
Vimeo user, Milton: Motion & Design, posted this video of his first test run right after opening his CAME-Single gimbal!
Click the picture below for more information on the CAME-Single gimbal.
What are Brushless Motor Encoders?
Encoders are often used in Robotics for highly accurate monitoring of motor position. Some of the benefits of using Encoders are to: prevent motors from losing synchronization and skipping steps, provides important information about frame and camera angles, decreases power consumption (longer battery life), increases Torque, increases precision of stabilization, and more.
Currently our only gimbal with motor encoders is our CAME-Single.
Does the CAME-MINI or any other CAME-Gimbal have the motor encoders?
Currently the only gimbal that has the motor encoders is the CAME-Single. We may start to implement these encoders onto newer versions of our gimbals in the future.
Can the CAME-Single work in inverted mode?
The CAME-Single is not able to work in inverted mode because the frame will not rotate properly to support inverted mode.
How much weight can the CAME-SINGLE Support?
- The net weight of the CAME-SINGLE is only 1.2kg
- Max payload 1kg. Works with Sony A7s, Panasonic GH4, BMPCC, etc.
CAME-Single Updated Test Footage By SWAF Jarrad
Youtube user, SWAF Jarrad, posted some quick test footage from his CAME-Single 3-Axis gimbal. In the video, he does mention that he had some trouble in the beginning, but once he changed the lens on his camera, everything was a lot smoother. His setup in the video was a Panasonic GH-4 with a Panasonic 14-140mm lens. Check out his footage below!
Click the picture below for more information on the CAME-Single Gimbal.
CAME-Single Gimbal Test By AeroVideo
Here's a quick test of the CAME-Single that AeroVideo shot with his Sony A7S camera plus a Sony 28-70mm lens.
The new CAME-SINGLE is one of the first commercially available 3-Axis 32-bit basecam controlled gimbals that offer brushless motors with Encoders.The design of the CAME-SINGLE allows the shooter to operate the gimbal with just one hand and has a 1/4-20 and 3/8 threaded mounting point located under the handle.
Click the picture below for more information on the CAME-Single
New CAME-Single
| Encoders | Tool-less |
| This technology prevent motors from losing synchronization, skipping steps and more. | 32-bit controller used for the construction of high quality 3-axis camera stabilizing systems. |
| Design | Battery Life |
| The design of the CAME-SINGLE allows for one hand operation. | Batteries can operate up 10 hours when fully charged. |
ENCODERS ARE OFTEN USED IN ROBOTICS FOR HIGHLY ACCURATE MONITORING OF MOTOR POSITION
YOU MIGHT BE INTERESTED IN THESE OTHER GIMBALS
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| CAME-MINI 2 Tool-less |
CAME-8000 Tool-less |
CAME-7800 Tool-less |
| The new MINI2 is completely tool-less which allows the operator to change camera setups.... | A handheld stabilizer designed for camera systems weighing up to 11 pounds, making it suitable for... | Designed for camera systems such as Canon 5D3, Canon 5D2, Canon 7D, Panasonic GH4, and Sony A7... |
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Testing The CAME-Single With A Sony A7s By NextWaveDV
NextWaveDV, put together this quick video of them testing out the new CAME-Single 3-Axis Gimbal with a Sony A7s!
The CAME-Single is equipped with brushless motors that have encoders. The encoders prevent motors from losing synchronization, skipping steps, decreases power consumption, increases Torque, increases the precision of the stabilization and provides important information about frame and camera angles.
Click the picture below for more information on the CAME-Single 3-Axis Gimbal.
