Versus v0.4.6.2 (https://video.fc2.com/content/20250629ADPCykVs which replaces "Elegoo Circuitboard v0.2" with "Elegoo Circuitboard v0.2.2"), Arduino Parkour v0.6.24.62 replaces "Elegoo Circuitboard v0.2.2" with "Elegoo Circuitboard v0.6.62" (code "746W681"), includes more visuals, plus improves routes.
Have no affiliations to BUD Interactive.
Map Design Code: "U0PFOWS". User ID: "C2AXFY" (has skins&props&materials which you can download&use).
Was produced to replace / restore https://video.fc2.com/content/202412245q7bpxWd
Licenses: you can choose to use through Creative Commons Attribution 2.0, Apache 2, or GPLv2.
Sounds: https://github.com/SwuduSusuwu/SusuMid/blob/preview/mid/20250528100913_MusicBox.mid
Code which groups Arduino/Elegoo robots to perform tasks and move around obstacles (includes lists of suitable parts such as servos): https://github.com/SwuduSusuwu/SubStack/blob/preview/posts/ArduinoElegooTools.md
1000W servos for around $162 (such as https://www.amazon.com/dp/B0DK1KR4FS) should allow numerous individuals to produce autonomous tools.
Am not affiliated to specific vendors/manufacturers; just produced those lists so that the world improves.
Have new version 0.3.2.2 ( https://video.fc2.com/content/20250330W4HhkhdW ).
v0.3.2 just shows the new "Roomba" hoverboard. Version 0.2.6 (https://video.fc2.com/content/202503286es0w6P3) shows how the Arduino/Elegoo tools are controlled and has the parkour walkthrough.
Have no affiliations to BUD Interactive.
Map Design Code: "U0PFOWS". User ID: "C2AXFY" (has skins&props&materials which you can download&use).
Was produced to replace / restore https://video.fc2.com/content/202412245q7bpxWd
Licenses: you can choose to use through Creative Commons Attribution 2.0, Apache 2, or GPLv2.
Sounds: https://www.youtube.com/watch?v=WmleX_i5yQI
Code which groups Arduino/Elegoo robots to perform tasks and move around obstacles: https://github.com/SwuduSusuwu/SubStack/blob/preview/posts/ArduinoElegooTools.md
4kw servos for $52 (no affiliations) to construct autonomous robots which can mass produce: https://www.amazon.com/ASMC-04B-Support-12V-24V-180kg-cm-Quadcopter/dp/B07GDJBDW9/
Swudu Susuwu = age 26, born from Yatagarasu (plus unknown; Susanoo?)
Previous: https://video.fc2.com/content/20241223gHdt4dJn (Robos 0.2.2.1, Wood 0.2.2.2, Backdrops 0.4.2.2)
Sakura School props imports:
#3517_0711_6043_24 (Autonomous Robos 0.2.2.2)
#4517_0711_6360_25 (Wood Shop Class 0.2.2.4.3)
#9417_0676_0249_26 (Island Backdrops 0.4.3.4.2)
Licenses: https://creativecommons.org/licenses/by/2.0/
Sounds: https://github.com/SwuduSusuwu/SusuMid/blob/preview/mid/20240216212026_Synth.mid
Source code for autonomous Arduino or Elegoo tools (includes lists of suitable components, such as servos): https://github.com/SwuduSusuwu/SubStack/blob/preview/posts/ArduinoElegooTools.md
1000W servos for around $162 (such as https://www.amazon.com/dp/B0DK1KR4FS) should allow numerous individuals to produce autonomous tools. Am not affiliated to specific vendors/manufacturers; just produced those lists so that the world improves.
Previous (v0.2.0.1): https://video.fc2.com/content/202412245QWnJsQX
No affiliations to Bud Interactive.
New "Design Code": "4YISHVZ". "User ID": "C2AXFY" (has skins&props&materials to download&use)
Old (defunct) map URL: https://share.budcreate.xyz/2badab (BUD "Hulls+claws+motions+mounts parkour v0.4.3.2" props+room)
Licenses: https://creativecommons.org/licenses/by/2.0/
Sounds: "Avior"
Code which groups Arduino/Elegoo robots to perform tasks and move around obstacles (includes lists of suitable parts such as servos): https://github.com/SwuduSusuwu/SubStack/blob/preview/posts/ArduinoElegooTools.md
1000W servos for around $162 (such as https://www.amazon.com/dp/B0DK1KR4FS) should allow numerous individuals to produce autonomous tools.
Am not affiliated to specific vendors/manufacturers; just produced those lists so that the world improves.
Next (v0.2.0.1): https://video.fc2.com/content/202412245QWnJsQX
Previous (v0.1.1): https://video.fc2.com/content/20241224J6nRcsxN
No affiliations to Bud Interactive.
New "Design Code": "4YISHVZ". "User ID": "C2AXFY" (has skins&props&materials to download&use).
Old (defunct) map URL: https://share.budcreate.xyz/2badab (BUD "Hulls+claws+motions+mounts parkour v0.4.3.2" props+room)
Licenses: https://creativecommons.org/licenses/by/2.0/
Sound: "BUD: Dungeons"
Source code for autonomous Arduino or Elegoo tools (includes lists of suitable components, such as servos): https://github.com/SwuduSusuwu/SubStack/blob/preview/posts/ArduinoElegooTools.md
1000W servos for around $162 (such as https://www.amazon.com/dp/B0DK1KR4FS) should allow numerous individuals to produce autonomous tools. Am not affiliated to specific vendors/manufacturers; just produced those lists so that the world improves.
Go to https://www.w11stop.com/ and shop your favorite genuine electronic items.
https://www.w11stop.com/tp-link
https://www.w11stop.com/raspberry-pi-3-price-in-pakistan
https://www.w11stop.com/arduino
https://www.w11stop.com/security-camera
http://www.stephenhobley.com/blog/daleks/
Dalek dome animation, putting it all together...
2 Xbee modules provide high speed wireless communication between my laptop and the dome.
An Arduino receives the instructions and passes them to a servo (eye blink), a Sabertooth motor controller (dome rotate / eye elevate), or a optoisolator/TIP142 darlington array to switch the low voltage lighting in the 'ears'.
The whole thing is controlled from a simple application written in C#
First test run of the embedded laser harp prototype. Using a 400mw laser and Arduino microprocessor to drive the galvanometers and detect the reflected light from the players hands.
Give your gadgets a brain! Previously out of reach for the do-it-yourselfer, the tiny computers called microcontrollers are now so cheap and easy to use that anyone can make their stuff smart. It's called "physical computing" -- with a microcontroller, your gadget can sense the environment, talk to the internet or other gadgets, and make things happen in the real world by controlling motors, lights, or any electronic device. The Arduino is an easy-to-use microcontroller board -- it's like an R&D lab on your kitchen table for prototyping any gadget. We show you how to make one, and how to use Arduinos and other microcontrollers to make an automatic yogurt maker, a vintage Skype telephone, a gumball machine that recognizes your secret knock, and more. Plus, make a Helicopter Rocket, portable solar power pack, gourmet Sous Vide food cooker, treadmill desk, and more fun DIY projects.
Give your gadgets a brain! Previously out of reach for the do-it-yourselfer, the tiny computers called microcontrollers are now so cheap and easy to use that anyone can make their stuff smart. It's called "physical computing" -- with a microcontroller, your gadget can sense the environment, talk to the internet or other gadgets, and make things happen in the real world by controlling motors, lights, or any electronic device. The Arduino is an easy-to-use microcontroller board -- it's like an R&D lab on your kitchen table for prototyping any gadget. We show you how to make one, and how to use Arduinos and other microcontrollers to make an automatic yogurt maker, a vintage Skype telephone, a gumball machine that recognizes your secret knock, and more. Plus, make a Helicopter Rocket, portable solar power pack, gourmet Sous Vide food cooker, treadmill desk, and more fun DIY projects.
You can get iPhone push notifications from lots of online services, but what if you want something from your home to send you alerts? Learn how to get iPhone push notifications when your letter carrier delivers your mail with this Arduino project. No matter where you are, youâll be the first to know when the latest volume of MAKE magazine is delivered!
USB devices are so common nowadays - wouldn't it be nice to use one with your homebrew electronics projects? Equipped with an Arduino microcontroller + Host shield, pretty much any USB peripheral can be put work in your project.
www.RobotShop.com
The DFRobotShop Rover -- Arduino Compatible Tracked Robot (Basic Kit) is a versatile mobile robot tank based on the popular Arduino Duemilanove microcontroller. The Rover uses the popular Tamiya twin motor gearbox and the Tamiya track and wheel set. The DFRobotShop Rover PCB incorporates a standard Arduino Duemilanove (surface mount ATMega328), L293B motor driver (connected to pins 5 to 8), voltage regulator and prototyping area while contributing to the mechanical structural of the robot. There is a shrot clip of the DFRobotShop Rover at the end of the video going over rocky terrain.
For more information, please visit:
www.RobotShop.com
At interaction10 in Savannah, Massimo Banzi (co-founder of Arduino and CTO of tinker.it) demonstrated the TinkerKit in a hands-on workshop. We caught up with one of the participants, Joel Linderman, and played around with some of the sensors.