Robotics Module Challenge

An ATtiny24 controls a PCM servomotor to open and close the gate.

Remote controlled vehicle with two trailers is going reverse and steers automatically

$5 diversity in a mint tin

m-BITBEAM is a 3D printed construction set based on the Bitbeam concept including some additional parts like wheels, holders, boxes, etc.

The AWAD features an advanced motion system both from a mechanical and a controlling point of view, with four independent legs.

In-Control: Wearable touchpad recognizing characters, braille & 3D gestures. Also to use as a universal remote.

#SolarPunk, Software Defined, Flexible Power Routing USB-C + DC Hub

My project is to create a robot which can do a human actions as well mimics the the motion of a human in real time with some additional tech

Human Machine Interface (Arm)

Aim of LIN IT! project is to prepare a system for developing cheap and LIN(Local interconnect network) complaint devices, for ROS.

Affordable and open-source LiDAR based on 3x VL53L0X ranging sensor

I designed everything down to the bolts. Then, designed the circuit with Arduino and coded it.

A low cost, modular, hoverboard-based, open source robot

Plant-Robot hybrid with actuators and electrical potential sensing for plant control

Experimentation with the Triad Semiconductor TS4231, control words and gen 1 lighthouses (is it possible?!)

Open build , Solar Charged , robotic or RC lawn mower with interchangeable attachments for leaves , trash , edging , weed eating and more.

Here I used a 40 volt electric Ryobi lawn mower, and a couple 18 volt drills to make a chassis to mod into a robotic lawn mower !

A high speed and high torque robotic actuator using low-cost brushless motors, custom controller, 3D printed parts and bearings.

A Solar Powered IoT Rain Barrel.

GSM based Relay control board using DTMF/MQTT with IVRS

3D printed replacements for some broken and impossible to source clips for the privacy blinds in the rear of a luxury car

A robotic hand design that can change the positions of its fingers to achieve better dexterity

printed - using only PETg, no flex filament needed integrated NEMA17 stepper motor only three small parts for tolerance compensation

Add artificial vision to any robot in a simple and economical way, with this module. Without limits, you can add it to any platform