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Crawler Robot

Print Profile(1)

All
A1 mini
A1
H2D
H2D Pro
H2S
P2S
H2C
X2D
A2L

0.2mm layer, 2 walls, 15% infill
0.2mm layer, 2 walls, 15% infill
Designer
2 h
2 plates
3.7(3)

Open in Bambu Studio
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Released 

Bill of Materials

List other parts
  • RaspberryPiZero x 1:
  • PCA9685 x 1:
  • MG90S x 12:

Description

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Crawler Robot – 3D Printable Parts for Download and Assembly

 

Download the STL files to fabricate your own arachnid robot and embark on a captivating journey into the realms of robotics and coding This kit ingeniously integrates 3D printing, electronics, and programming, rendering it ideally suited for hobbyists and STEM enthusiasts eager to explore the robotics landscape

 

Kit Inclusions:

  • STL files for the spider robot components, optimized for PLA printing
  • A modular, user-friendly design, readily printable and assemblable
  • Python scripts to facilitate your initial forays into robotics

 

Reasons to Select This Kit:

  • Instructive and engaging: Acquire foundational knowledge of robotics, mechanics, and Python programming through hands-on experience
  • Adaptable design: Modify and program your robot’s movements to align with your creative vision
  • Exceptional for STEM education: A delightful and practical avenue for introducing children or novices to coding and robotics principles
  • Uncommon project: Impress others with your custom-engineered robotic spider, whether as a personal accomplishment or a memorable gift

Whether you are an educator, a parent, or a technology aficionado, this DIY robot kit is meticulously crafted to inspire creativity and learning

 

Copyright Notice:


All designs are subject to copyright protection By downloading, you consent to utilizing the files solely for personal use This explicitly prohibits the sale of 3D prints derived from these digital files, including products manufactured from molds


The digital files (STL and other formats) are strictly prohibited from resale, sharing, adaptation, or distribution

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Kit Robot Araignée – Pièces 3D à Télécharger et Construire

 

Téléchargez les fichiers STL pour imprimer votre propre robot araignée et plongez dans une aventure passionnante de robotique et de programmation ! Ce kit combine l'impression 3D, l'électronique et la programmation, le rendant parfait pour les passionnés et les amateurs de STEM qui souhaitent explorer le monde de la robotique.

 

Ce que vous obtenez :

  • Les fichiers STL des pièces du robot araignée, optimisés pour une impression en PLA.
  • Un design modulaire et adapté aux débutants, facile à imprimer et à assembler.
  • Des scripts Python pour faire vos premiers pas dans la robotique

Pourquoi choisir ce kit ?

  • Éducatif et captivant : Apprenez les bases de la robotique, de la mécanique et de la programmation Python de manière pratique.
  • Design personnalisable : Modifiez et programmez les mouvements de votre robot selon votre imagination.
  • Idéal pour l'apprentissage STEM : Une façon amusante et pratique d'initier les enfants ou les débutants au codage et aux concepts de robotique.
  • Projet unique : Impressionnez avec votre robot araignée personnalisé, que ce soit comme une réussite personnelle ou un cadeau mémorable.

Que vous soyez enseignant, parent ou passionné de technologie, ce kit DIY est conçu pour stimuler créativité et apprentissage.

 

Droits d'auteur :

Tous mes designs sont protégés par le droit d'auteur. En téléchargeant ces fichiers, vous acceptez de les utiliser uniquement à des fins personnelles. Cela signifie que vous n'avez PAS le droit de vendre des impressions 3D des fichiers numériques, y compris des produits fabriqués à partir de moules.

 

Les fichiers numériques (STL et autres formats) ne peuvent jamais être revendus, partagés, modifiés ou distribués.

 

Comment & Rating (18)

(0/1000)

Made a modified version of this robot but for ESP32-WROVER-CAM. Here's the FreeCAD screenshot of how it looks: I wanted to post a remix but apparently this model isn't allowing it so if the original author would agree to upload it and give credit for his/her inspiration I'd be more than glad to do so.
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Hello, Interesting project but where is the information related to the electronic part (assembly instructions and python scripts ?) thank you
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there is a link in his bio that will get you there 😉
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Hello, You will find the scripts here: https://github.com/LaFabriqueDeCyril/PiCrawler As for the assembly instructions, they will be available soon! 😉 Thank you for your interest in this project and see you soon!
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it's not fit with mg90s arm i print it with petg
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it is made in such a way that the arm is for mg90 servos, for mg90s it would be to enlarge the hole, I have the modified part if you want
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Replying to @user_917376495 :
yeah i need that part
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you need to flip two. (mirror) for it to work and look nice
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what kind mg90s does you use? 90 180 ỏ 360 degree
The designer has replied
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Hi, I use 180-degree to avoid dangerous and weird movements for the legs!
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I like the design, printed it with PLA, but I don't understand what kind of MG90S you used , mine don't fit.
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Print Profile
0.2mm layer, 2 walls, 15% infill
Cool idea, unfortunately incompatible with standard SG90 motors, printing also presented difficulties
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Hello, I used MG90S servos as described in the non-printable materials because they are more powerful for lifting the robot when it is on three legs
(Edited)
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ok
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Hello, can you provide the assembly instructions please
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Hello, will it work if I use SG90 servo motor in the project?
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License

This user content is licensed under a Standard Digital File License.

You shall not share, sub-license, sell, rent, host, transfer, or distribute in any way the digital or 3D printed versions of this object, nor any other derivative work of this object in its digital or physical format (including - but not limited to - remixes of this object, and hosting on other digital platforms). The objects may not be used without permission in any way whatsoever in which you charge money, or collect fees.