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Tag selected: servo.
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Saved by uncleflo on February 12th, 2022.
This video demonstrates how to do an easy Start-up of an AMK Servo System. Here we are showing a decentralized servo system. However, start up is the same with cabinet or hybrid servo systems. The programming is done with our engineering tool AIPEXPRO and Codesys.
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Saved by uncleflo on January 27th, 2022.
Putting Raspberry Pi boards into space is nothing new, but the method of achieving orbit often differs. While the Astro Pi computers headed for the final frontier onboard a SpaceX Falcon 9 rocket, there are some decidedly lower-tech approaches including, as detailed on the Tindie blog, this $45 RP2040 flight computer from Finnish designer Dan Invents. Combining the RP2040 controller with an altimeter, accelerometer, temperature sensor, and enough juice to power two servo motors (for parachute deployment on the way down), the Rockit (rocket operation computing kit) weighs just 0.18oz (5g) and measures 1.73 x 0.9 x 0.35 inches (44 x 22 x 9 mm). It comes with an open-source firmware pre-installed, and can be tinkered with and updated over micro USB. There's a 16-position rotary switch for adjusting parameters such as start and end positions for the servos, and also a buzzer, so you can more easily find your rocket after a successful landing. Compared to the 2MHz Apollo guidance computer that deposited Neil Armstrong on the Moon, the RP2040 is a powerhouse, and should be more than capable of altitude-based parachute opening and logging flight data from the sensors to a micro SD card. The kit, which costs $44.99, comes with just the board and its pin headers - you need to supply your own battery, servos, cabling, micro SD card and space suit.
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Saved by uncleflo on December 19th, 2019.
GLUON丨Modular Desktop Collaborative Robotic Arm by SCA. GLUON desktop robotic arm, powered by INNFOS SCA QDD Lite. A best match for prototyping, photography, STEM & geeks. GLUON is an innovative creation. This robotic arm can perform much more complicated actions without being bulky and expensive. INNFOS integrated motor, drive, encoder and reducer in an all-in-one design jazzed-up actuator that created GLUON. The smart compliant actuator is called INNFOS SCA that breakthroughs the old limits of service robotic industry.
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Saved by uncleflo on November 28th, 2018.
This is a story of my third project with cheap gyro and Arduino. After the earlier two projects, Easy Inverted Pendulum and 3D Calligraphy, I have thought of making Camera Gimbal with Arduino. Then I had three policies for the project: Equipped with standard camera bigger than GoPro; Simple as possible with no special device nor kit; Bootstrap: Refer to fewer websites as possible and finish with no imitation. At the start of the project, I had intention of making 2-axis gimbal with Servo Motors. But it has been made clear that it is difficult to see adequate performance using Servo Motor. Consequently a 3-axis gimbal with Brushless Motors and Arduino has been made. INTRODUCTION VIDEO below shows the effectiveness of the DIY gimbal. In the video, pretty noise would be heard suddenly. It is left without any reduction to show strengths and weaknesses of the gimbal. Arbitrary film editing is avoided.
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Saved by uncleflo on February 8th, 2014.
So far, I have been talking about servos largely from the perspective of their typical use. While I hope I have provided a decent foundation about their intended use and some idea of what is inside a servo, these are things you could learn from hobby stores and taking apart a few servos. Today, I want to move on to a discussion of the electrical characteristics of servos, with the control interface as the primary topic. From the servo manufacturers’ perspective, the control signal can be an internal detail, so discussing it means we are moving on to a realm that is less officially documented. I will try to keep things general and back up my claims a bit where practical, but some details might not apply to all servos.
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Saved by uncleflo on May 19th, 2012.
The Bioloid Comprehensive Robot Kit from Robotis is the first educational robot kit based around "smart serially controlled servos" which are not only capable of switching between positioning and full continuous rotation, but also provides you with access to sensory feedback such as position, speed, temperature, current draw and voltage of each servo. Bioloid kits are designed in a way that allow the user to construct multiple types of robots. In addition to the great hardware, the Bioloid Kit comes with some powerful GUI-based software. The software is freeware, so whether you're using this kit for education, research, or personal recreation, you can download and install it on as many computers as you need. Bioloid Robot Kits are perfect for Education, Hobbies, Research and Competition.
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Saved by uncleflo on May 19th, 2012.
Welcome to Pololu Robotics and Electronics, your source for robot kits, robot parts, and robot electronics. You can order online through this web site or through one of our distributors. Please contact us at any time if you have any questions or comments. Our robotics forum is also available for interacting with Pololu engineers and other robotics enthusiasts about our products, your projects, and electronics and robotics in general.
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Saved by uncleflo on May 19th, 2012.
Here is a simple, low-cost, high quality servo for all your mechatronic needs. Small servo with a standard 3 pin power, control cable, and mounting hardware. This servo is very similar in size and specifications to the Hitec HS-55. Includes hardware as shown.
Saved by uncleflo on May 19th, 2012.
The Pololu USB 16-servo controller is the most full-featured member of our first-generation line of R/C hobby servo controllers. The compact module measures just 1.9"x1.0" including the USB connector, making it smaller than most 8-channel controllers, and it offers both USB and asynchronous serial (UART) connectivity. No features are compromised for the small size, as our USB controller supports independent speed and range settings for each servo while delivering 0.5-microsecond resolution for smooth output across its broad output pulse range of 250 through 2750 microseconds.
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Saved by uncleflo on May 19th, 2012.
Honda engineers created ASIMO with 34 Degrees of Freedom that help it walk and perform tasks much like a human. One Degree of Freedom is the ability to move right and left or up and down. These degrees of freedom act much like human joints for optimum movement and flexibility. Lightweight materials, like a magnesium alloy structure, combined with powerful computers and 34 servo motors throughout its body help ASIMO move smoothly with ease.
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Saved by uncleflo on May 19th, 2012.
Today is officially the day of freakin’ awesome DIY stuff. I really like this one considering it wraps three things I really like – gadgets, robots, and awesome – into one package. PachimonDotCom has taken the iPad, iPod nano, and the iPhone 4 and turned them into walking robots. The eyes of the robot are on the screens of the devices as you can see. The little legs are homemade and remind me of DIY versions of the feet you see on all sorts of wind up walking toys. When the bots wake up the eyes start moving and then they stand up and start walking the whole thing is pretty darn cool and cute. This would make a cool toy for Apple gadgets, it seems like you should be able to create an app that would let you program a pattern the gadgets could walk. Check out the videos below.
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Saved by uncleflo on April 2nd, 2012.
As we've discussed some time ago, pan-tilt cameras are much more fun than regular static cameras. Among different applications in video surveillance, they can be applied in many different computer vision applications, which include tracking of different objects, tracking of human face in human-computer interaction task, etc. There are many different pant-tilt cameras available from different cameras' manufacturers, which provide a broad selection of cameras for all sort of possible applications. But, if you are a hobbyist, you may want to build a pan-tilt camera on your own, which is fun process. Especially this may be required if you work with robotics stuff, which may require a custom built pan-tilt camera suiting your robot's design.
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Saved by uncleflo on January 12th, 2011.
Heliguy.com is owned and operated by Colena Ltd (UK). We are a small internet based company dedicated to bringing the customer high quality products and services. Colena Ltd operates an online RC helicopter store offering a rapid processing timeframe and a comprehensive support programme alongside a well managed spares and accessories department. We nurture our current customer base by offering a developed forum community and providing a bespoke service. We pride ourselves on our referal history, which continually supplies new custom from established customers.
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