16 Results for "↘ 최저가 Ò1Ò〈⑻⑷89〉83Ò⑥ ↗ 쓰리아워Θ ュsearch쓰리아워ŀ쓰리아워가격쓰리아워〓●강남술집정보introduction 강남술집정보９강남쓰리아워┟Жmirror"

Kites for Future - Flying Wind Turbine
Project by Benjamin
A flying wing drone that can periodically pull a tether + a generator on the ground that acts like a rowing machine = Flying Wind Turbine
- 44
- 40

DF_ESC Electric Motor Controller
Project by Dario Fresu
Here is how you can build your own Electronic Speed Controller for your new, exciting project!
- 2
- 2

DIY e-kayak
Project by Braden Sunwold
The e-bike of kayaks. My AI powered kayak will detect if the user is turning left or right and automatically assist with the electric motor
- 0
- 1

Electric Longboard-Leather Edition
Project by dgragnolati
Tinkering project to build my own electric skateboard
- 7
- 5

Electric mountainboard with CAN bus + Android app
Project by Luke
Mountainboard with BLDC motors, open source drivers, CAN bus communication, custom Android application and cool lights.
- 25
- 19

Model L Electric Longboard
Project by Matt Glazer
A DIY electric longboard using salvaged Model S 18650 cells
- 5
- 5

Valify V2 Robot Lawnmower
Project by Robin Fröjd
3D Printed Jetson TX2 based robotic lawnmower aims to build an "smart" robotic lawnmower using open technology
- 125
- 87

RTVESC - A high current VESC based BLDC controller
Project by Rory
A very compact BLDC motor controller with some serious power. Based on Benjamin Vedder’s VESC 4.12 hardware.
- 34
- 25

Fast Electric Mountain Bike
Project by Rory
A powerful electric MTB for commuting and off-road fun!
- 34
- 35

BredBoard
Project by Kenneth Marut
An electric skateboard I designed and fabricated out of baltic birch plywood.
- 0
- 0

Axiom: 100+kW Motor Controller
Project by Marcos
High Power, High Performance 400V 300A 100+kW Motor Controller fully compatible with VESC®
- 1k
- 870

Electric Bobby-Car
Project by Peter Pötzi
This projects converts a Bobby-Car (children's ride-on toy) to electric by using 4 Hoverboard motors, VESC controllers and an ESP32
- 5k
- 16

Kinetik
Project by Josh Geating
To make the most agile, flatground wheeled vehicle in the world
- 50
- 38

(8:1) 3D Printed Planetary Gear Actuator Module
Project by Dongil Choi
3d printed 8:1 planetary gear ratio actuator module with VESC firmware based circular motor driver
- 43
- 40

VESCular6 (VESC6 + Circular)
Project by Dongil Choi
VESC firmware based Motor Controller, Small Circular Type
- 94
- 68

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