Loading video...

Video Failed to Load

There was a problem loading this video. This could be due to a temporary network issue or the video might be unavailable.

How does the robot shake its head. This is achieved by using two motors to control two linkages, enabling a 360-degree head-shaking motion.

Steven Cheng

2,981 subscribers

21,374 views • 2 months ago •via X (Twitter)

Anya Rossi• Live Now

Private livecam show

0 Comments

No comments available

Comments from the original post will appear here

Related Videos

love this minotaur head i made for a customer! its a custom 3dprint designed by me, and has moving eyelids using mini servo motors. #cosplay

love this minotaur head i made for a customer! its a custom 3dprint designed by me, and has moving eyelids using mini servo motors. #cosplay

Willow Creative

20,687 views • 4 months ago

"This is what we wanted. Meaningful baseball halfway through the season. Two division rivals going head-to-head" How it sounded on Nationals TV

"This is what we wanted. Meaningful baseball halfway through the season. Two division rivals going head-to-head" How it sounded on Nationals TV

Nick Piccone

68,770 views • 2 months ago

This robot is controlled by a fungus. The fungus' mycelia senses the environment and emits "action potential–like spiking voltages" to control the motors and valves.

This robot is controlled by a fungus. The fungus' mycelia senses the environment and emits "action potential–like spiking voltages" to control the motors and valves.

Niko McCarty.

467,819 views • 2 years ago

How to draw the head using the 3x3 rule By rodgontheartist

How to draw the head using the 3x3 rule By rodgontheartist

LUX

48,815 views • 3 months ago

My second attempt at fully turning the head, but this time to the back side! By using Live2D~ There is also a 180° rotation of the hand which I'm proud of! Maybe one day I'll try to go further to make 360° head turn!~ #Live2D

My second attempt at fully turning the head, but this time to the back side! By using Live2D~ There is also a 180° rotation of the hand which I'm proud of! Maybe one day I'll try to go further to make 360° head turn!~ #Live2D

MiiKO ✦ Animator | Coloso

262,507 views • 1 year ago

🚨 Internal Leaks of EngineAI T800 Robot Underground Fight The Robot continued Fighting with its head off…… This is insane!

🚨 Internal Leaks of EngineAI T800 Robot Underground Fight The Robot continued Fighting with its head off…… This is insane!

Eren Chen

12,322 views • 2 months ago

Fully procedural aim offset using Control Rig in #UE5 The head and body aim at different rates to help sell the motion

Fully procedural aim offset using Control Rig in #UE5 The head and body aim at different rates to help sell the motion

Kelechi Apakama 🔜 Develop Brighton | 🛠 Stormrite

17,108 views • 2 years ago

Stephen. LeBron. Two of the greats of this generation, going head-to-head again tonight 👊

Stephen. LeBron. Two of the greats of this generation, going head-to-head again tonight 👊

Golden State Warriors

130,635 views • 1 year ago

"You need to let me be a part of this..." The two sides of blakey ♡ are coming to a head. What does this mean for Gold Rush???

"You need to let me be a part of this..." The two sides of blakey ♡ are coming to a head. What does this mean for Gold Rush???

WWE

1,000,538 views • 9 months ago

Sometimes you can only afford to shake your head without a word!! We make two steps forward, three steps backwards!!

Sometimes you can only afford to shake your head without a word!! We make two steps forward, three steps backwards!!

Jim Spire Ssentongo

124,139 views • 1 year ago

This is my favorite Black Skimmer video because it perfectly illustrates the beauty of flight and this bird’s mastery of it and its environment. Watch how it makes a full 180-degree turn using its tail while keeping its head perfectly stable and its eye on the prize. It’s hard for me to fathom the amount of thinking that even goes into this process, and yet the Black Skimmer does it all on autopilot. What an amazing animal.

This is my favorite Black Skimmer video because it perfectly illustrates the beauty of flight and this bird’s mastery of it and its environment. Watch how it makes a full 180-degree turn using its tail while keeping its head perfectly stable and its eye on the prize. It’s hard for me to fathom the amount of thinking that even goes into this process, and yet the Black Skimmer does it all on autopilot. What an amazing animal.

Mark Smith Photography

21,540 views • 1 year ago

Four crosschecks and two blows to the head. Guess how NHL refs called it?

Four crosschecks and two blows to the head. Guess how NHL refs called it?

David Staples

315,588 views • 1 year ago

We put MotoGP and NASCAR head-to-head at COTA, showing how two completely different series tackle the track in different ways.

We put MotoGP and NASCAR head-to-head at COTA, showing how two completely different series tackle the track in different ways.

Motorsport

19,760 views • 6 months ago

This robot is fighting without a head! Humanoid robot fighting is the equivalent of Roman gladiators fights 🤖⚔️

This robot is fighting without a head! Humanoid robot fighting is the equivalent of Roman gladiators fights 🤖⚔️

Irvin (in Japan 🇯🇵)

103,772 views • 1 month ago

The McMurtry Speirling, a prototype sports car by McMurtry Automotive, achieved a world-first by driving upside down using two underside suction fans,

The McMurtry Speirling, a prototype sports car by McMurtry Automotive, achieved a world-first by driving upside down using two underside suction fans,

Science girl

95,107 views • 1 year ago

Coventry vs Middlesbrough, the top two go head-to-head 💥 Who comes out on top in this one? 💭

Coventry vs Middlesbrough, the top two go head-to-head 💥 Who comes out on top in this one? 💭

Sky Sports Football

31,855 views • 6 months ago

Today, our young Engineers learned how to solder connections to DC motors and use the L298N motor driver to control the speed and direction of the motors. These motors will form part of the circuit for their self-balancing robot, where two wheels must constantly adjust their movement to keep the robot upright and stable. But this lesson goes far beyond building one robot. The same fundamental principles of motor control, feedback, and stabilization are applied in bipedal robots, smart drones, camera gimbal stabilization systems, and many other robotic systems. As they progress, the children will also learn how to use PID (Proportional–Integral-Derivative) control, an algorithm that allows a system to detect changes, calculate the necessary correction, and continuously adjust its response to maintain stability. So, they are not simply learning how to connect and drive a motor. They are beginning to understand some of the core engineering principles behind modern robotics and autonomous systems.

Today, our young Engineers learned how to solder connections to DC motors and use the L298N motor driver to control the speed and direction of the motors. These motors will form part of the circuit for their self-balancing robot, where two wheels must constantly adjust their movement to keep the robot upright and stable. But this lesson goes far beyond building one robot. The same fundamental principles of motor control, feedback, and stabilization are applied in bipedal robots, smart drones, camera gimbal stabilization systems, and many other robotic systems. As they progress, the children will also learn how to use PID (Proportional–Integral-Derivative) control, an algorithm that allows a system to detect changes, calculate the necessary correction, and continuously adjust its response to maintain stability. So, they are not simply learning how to connect and drive a motor. They are beginning to understand some of the core engineering principles behind modern robotics and autonomous systems.

Alex Onyia

35,227 views • 12 days ago