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Stereo Vision and LiDAR Powered Donkey Car

Stereo Vision and LiDAR Powered Donkey Car

Donkey Car featuring the Ultra96 board, a Raspberry Pi, FPGA accelerated stereo vision, MIPI CSI-2 image acquisition, a LiDAR sensor and AI. In this project, I will document the build of a Donkey Car enhanced with an advanced vision system using FPGA accelerated stereo vision and LiDAR. The project consists of the following main components: Raspberry Pi 3 featuring 4 x Cortex-A53 cores –

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Raspberry Pi Motor Board v1.0

Raspberry Pi Motor Board v1.0

Raspberry Pi Motor Board v1.0 Raspberry Pi Motor Driver Board v1.0 is based on the Freescale MC33932 dual H-Bridge Power IC, which can control inductive loads with currents up to 5.0A peak per single bridge. It lets you drive two DC motors with your Raspberry Pi B/B+/A+ and Pi 2 Model B, controlling the speed

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RaspiRobot Board v3

RaspiRobot Board v3

PRODUCT DETAILS A simple to use motor shield for the Raspberry Pi. This board is designed to simplify the process of making small roving robots using a Raspberry Pi. Features Dual bi-directional motor control using TB6612FNG dual H-bridge Dual open drain 2A MOSFET outputs ÂźSocket for HC-SRo4 Rangfinder Socket for 5V 12C Interface Provides 5V

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Pimoroni Explorer HAT Pro I OTouch PadsLEDmotor drivermini breadboard... for robots experiments

Pimoroni Explorer HAT Pro: I/O,Touch Pads,LED,motor driver,mini breadboard… for robots & experiments

PRODUCT DETAILS Explorer HAT Pro adds a lot of useful tools to your Raspberry Pi. It has digital inputs and outputs, capacitive touch pads, croc. clip compatible pads, coloured LEDs, analog inputs, motor drivers, and a mini breadboard for prototyping your projects Great for little robots, games, science experiments, exploring small electronic circuits, and interacting

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MEASURE 1024 TIMES CUT ONCE

MEASURE 1024 TIMES, CUT ONCE

Typically, someone’s first venture into coding doesn’t get a lot of attention. Then again, most people don’t program a CNC table saw right out of the gate. [Jeremy Fielding] wasn’t enticed with “Blink” or “Hello, world,” and took the path less traveled. He tackled I/O, UX, and motion in a single project, which we would equate to

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