There are many racing wheels on the market for the budding sim enthusiast. Unfortunately, lower end models tend to have a limited range of motion and ship with cheap plastic wheels that don’t feel good in the hand. As always, if what’s on the shelf doesn’t meet your needs, you can always build your own. [ilge]’s […]
900-DEGREE RACING WHEEL HELPS YOU NAIL THE APEX Continue Reading
The racing sim scene has always had a strong DIY subculture, as enthusiasts seeking the most realistic-feeling peripherals set out to modify off-the-shelf offerings for greater authenticity. Others go further and craft their own builds from the ground up. [ilge] has done just that, putting together his own set of pedals for sim racing. The build
AN EASY DIY PEDAL SET FOR RACING SIMS Continue Reading
I’m going to realize the famous Ciclop 3D scanner. All the step that are well explained on the original project aren’t present. I made some fix to simplify the process, first I print the base, and than I restilize the PCB, but go on. Step 1: Printing and Assembly Part For assembly part the best solution is to refer
Ciclop 3d Scanner My Way Step by Step Continue Reading
It’s usually the simple ideas that sprout bigger ones, and this was the case when we saw [gzumwalt]’s single-motor walking robot crawling up a fridge door with magnets on its feet. (Video, embedded below.) The walking mechanism consists of an inner foot and two outer feet, connected by three sets of rotating linkages, driven by a single
A WALKING ROVER DESTINED EXPLORE YOUR FRIDGE DOOR Continue Reading
A few decades ago you might have been satisfied with a crude wireframe flight simulator or driving a race car with the WASD keys. Today, gamers expect more realism, and [600,000 milliliters] is no different. At first, he upgraded his race car driving chair and put on VR goggles. But watching the world whiz by
FANS ADD REALITY TO VIRTUAL DRIVING Continue Reading
The main purpose of this project was to build a robot that would differentiate itself from already existing robots, and that could be used in a real and innovative area. Based on personal experience, it was decided to build a car-shaped robot that would be implemented in an Escape Game. Thanks to the different components, the
Escape Robot : RC Car for an Escape Game Continue Reading
A few months ago I decided to become a member of the local maker space, since I’ve been wanting to learn the tools of the maker trade for ages. I had a tiny bit of Arduino experience and a had taken a Fusion-course here on Instructables. However I had no experience with a lasercutter, nor with
Spaceship Control Panel – Laser Cut Arduino Toy Continue Reading
Developers, makers and enthusiasts looking for a ESP32-S2 development board may be interested in the MorphESP 240 created by the development team at Morpheans. The MorphESP 240 is an easy-to-use, Arduino- and CircuitPython-compatible, open hardware ESP32-S2 dev board with a built-in high-resolution, IPS-color display. The MorphESP 240 is now available to purchase from the Crowd
MorphESP 240 ultimate ESP32-S2 dev board Continue Reading
Many people have the means now to create little plastic objects thanks to 3D printing. However, injection molding is far less common. Another uncommon tech is plastic recycling, although we do occasionally see people converting waste plastic into filament. [Manuel] wants to solve both of those problems and created an injection molder specifically for recycling. The
REDUCE, REUSE, INJECTION MOLD Continue Reading
Makers looking for a project to keep them busy this weekend may be interested in a simplified version of the Domino Wall Clock created by the Carbon Design Group. Instructables member Kothe has kindly published full instructions, 3D printing designs and electronic layouts for you to easily build your own simplified version. Using an Arduino
DIY Arduino domino clock Continue Reading
