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[center]![[Obrazek: 77b80f47ba0605a4377bb893b9e6c353.jpg]](https://i126.fastpic.org/big/2025/1226/53/77b80f47ba0605a4377bb893b9e6c353.jpg)
3d-Printed Rc Car
Published 12/2025
Created by Eugene Tkachenko
MP4 | Video: h264, 1920x1080 | Audio: AAC, 44.1 KHz, 2 Ch
Level: Beginner | Genre: eLearning | Language: English | Duration: 28 Lectures ( 3h 0m ) | Size: 6.1 GB[/center]
Build a Real Hobby-Grade RC Car with Your 3D Printer
What you'll learn
3D Print and Assemble a Hobby-Grade RC Car
Install and Configure RC Electronics
Fine-Tune the Steering, Cooling, and Suspension Systems
Maintain and Upgrade Your RC Car
Requirements
Basic access to a 3D printer (minimum print bed size: 160x160 mm recommended)
PLA, PETG filaments for printing different parts of the car
A set of RC electronics and hardware (full list provided inside the course)
Basic tools like a screwdriver, hobby knife, and optionally a soldering iron (though no soldering is required)
A computer with slicing software such PrusaSlicer or similar
No programming is required - everything works without writing a single line of code
Description
Build a Real 3D-Printed Hobby-Grade RC Car - From Start to Finish.In this course, you'll build a fully functional 1/18-scale RC car designed for real performance, not just display. This isn't a toy - it's a compact, rugged vehicle engineered for speed, durability, and customization.You'll learn how to 3D print, assemble, wire, and tune an RC car that reaches speeds of up to 35 km/h (22 mph) and runs 20-40 minutes on a single charge. The design features metal drivetrain components for added strength where it matters, and it's built to handle rough terrain, real driving, and even crashes - which you can fix for pennies by simply reprinting broken parts.This course includes detailed video tutorials that guide you through every step of the process
reparing your printer and slicing STL files correctlySelecting the best materials, infill, and orientationAssembling the chassis, drivetrain, and suspensionWiring plug-and-play electronics - no soldering or codingInstalling motor cooling, battery systems, and body shellsFinal tuning, troubleshooting, and upgrade tipsYou'll also receive:Complete print-ready STL file packEasy-to-follow wiring diagramsAccess to a helpful community and direct supportWhether you're a hobbyist, maker, engineer, or parent looking for an awesome build project - this course teaches you how to build something fast, functional, and uniquely yours.Print it. Build it. Drive it. All for less than the cost of most hobby-grade RC kits.
Who this course is for
You have a 3D printer
You enjoy building and tweaking
You want real RC performance
You care about mechanical design
3d-Printed Rc Car
Published 12/2025
Created by Eugene Tkachenko
MP4 | Video: h264, 1920x1080 | Audio: AAC, 44.1 KHz, 2 Ch
Level: Beginner | Genre: eLearning | Language: English | Duration: 28 Lectures ( 3h 0m ) | Size: 6.1 GB[/center]
Build a Real Hobby-Grade RC Car with Your 3D Printer
What you'll learn
3D Print and Assemble a Hobby-Grade RC Car
Install and Configure RC Electronics
Fine-Tune the Steering, Cooling, and Suspension Systems
Maintain and Upgrade Your RC Car
Requirements
Basic access to a 3D printer (minimum print bed size: 160x160 mm recommended)
PLA, PETG filaments for printing different parts of the car
A set of RC electronics and hardware (full list provided inside the course)
Basic tools like a screwdriver, hobby knife, and optionally a soldering iron (though no soldering is required)
A computer with slicing software such PrusaSlicer or similar
No programming is required - everything works without writing a single line of code
Description
Build a Real 3D-Printed Hobby-Grade RC Car - From Start to Finish.In this course, you'll build a fully functional 1/18-scale RC car designed for real performance, not just display. This isn't a toy - it's a compact, rugged vehicle engineered for speed, durability, and customization.You'll learn how to 3D print, assemble, wire, and tune an RC car that reaches speeds of up to 35 km/h (22 mph) and runs 20-40 minutes on a single charge. The design features metal drivetrain components for added strength where it matters, and it's built to handle rough terrain, real driving, and even crashes - which you can fix for pennies by simply reprinting broken parts.This course includes detailed video tutorials that guide you through every step of the process
reparing your printer and slicing STL files correctlySelecting the best materials, infill, and orientationAssembling the chassis, drivetrain, and suspensionWiring plug-and-play electronics - no soldering or codingInstalling motor cooling, battery systems, and body shellsFinal tuning, troubleshooting, and upgrade tipsYou'll also receive:Complete print-ready STL file packEasy-to-follow wiring diagramsAccess to a helpful community and direct supportWhether you're a hobbyist, maker, engineer, or parent looking for an awesome build project - this course teaches you how to build something fast, functional, and uniquely yours.Print it. Build it. Drive it. All for less than the cost of most hobby-grade RC kits.Who this course is for
You have a 3D printer
You enjoy building and tweaking
You want real RC performance
You care about mechanical design
Cytat:https://nitroflare.com/view/AEBD909AB26F....part1.rar
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