How to Control a Servo So now you know what servo to choose. Let's get into how to control these servos. Manual Servo Control The simplest way to control a servo is manually. This typically involves using a basic servo tester or a potentiometer wir...
What Servo to Use?
What Servo to Use? Brushless, Digital, RS-485, TTL, PWM? Choosing the right servo motor is one of the most important decisions when building an animatronic or robotic character. The wrong choice can lead to weak movement, noisy operation, or cons...
Submechanophobia: Why Underwater Animatronics Terrify So Many People
Submechanophobia is the intense and often irrational fear of underwater animatronics and mechanical creatures lurking beneath the surface. From glowing red eyes staring up through dark water to decaying robotic figures slowly moving in abandoned the...
How to Choose the Right Animatronic for Your Project
Understanding Different Types of Animatronic Animatronics come in many forms, each designed for specific needs. The three main types you’ll encounter are animatronic puppets, robotic figures, and full-scale animatronic characters. Animatroni...
Tesla’s OPTIMUS V3 new Hand Patent
What's new? The Big Design Change Tesla has just released the Optimus V3 hand patent, revealing a major redesign. All 25 actuators have been moved into the forearm instead of the hand itself. This makes the hand much lighter, more human-like, and s...
Tesla Optimus Robot
The Robots Are Coming As artificial intelligence becomes more useful every day, the Tesla Optimus robot has been developing at a rapid pace. In less than two years, Tesla engineers have already created three full prototypes. The latest versions use ...
Use of the Gripper in Programmable Robotic Arm Design
Robots that are used to manipulate and move parts typically comprise of robotic arm designs with a gripper at the end. Once the arm is moved near the object, the gripper is activated to grasp and hold it for some time. Such grippers are pneumati...
Strategic Use of Digital Fabrication in Robotic Arm Design
Industrial robotic arms have found wide application in cyclic tasks because repetitive motions are comparatively straightforward to program. However, due to the increased use of industrial robotic arm designs in new domains like art and architecture...


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