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Propulseur complet

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0.2mm layer, 2 walls, 15% infill

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<h2>Français</h2><h2>Système de propulsion 100 % imprimable</h2><p>J&#39;avais envie de concevoir un mécanisme de propulsion simple, entièrement imprimable en 3D et fonctionnant uniquement avec un simple élastique.</p><p>L&#39;objectif était de créer un système compact, fiable et facile à assembler, sans utiliser de vis, d&#39;écrou ou d&#39;autre pièce métallique.</p><p>Toutes les pièces sont imprimables et le mécanisme est entièrement fonctionnel une fois assemblé.</p><h2>Impression</h2><p>Je recommande d&#39;imprimer toutes les pièces en PETG afin d&#39;obtenir la meilleure résistance mécanique et une bonne durée de vie.</p><p>Le PLA fonctionne également si vous souhaitez découvrir le mécanisme ou réaliser un prototype.</p><h2>Assemblage</h2><p>Le montage est simple et ne nécessite aucune pièce supplémentaire.</p><p>Avant l&#39;assemblage final, je vous conseille de visser puis dévisser une première fois la vis imprimée dans son filetage, sans monter le mécanisme.</p><p>Cette petite étape permet de roder les filets imprimés et d&#39;obtenir un vissage beaucoup plus fluide.</p><h2>Fonctionnement</h2><p>Les GIF présents dans cette publication montrent le chargement du mécanisme ainsi que son fonctionnement une fois assemblé.</p><h2>À savoir</h2><p>Ce mécanisme fonctionne avec un simple élastique standard.</p><p>Il suffit de couper un élastique classique afin d&#39;obtenir une bande élastique qui servira de propulsion.</p><p>Pour obtenir les meilleures performances, je recommande d&#39;utiliser un élastique en bon état.</p><p>Utilisez toujours ce mécanisme de manière responsable et ne le dirigez jamais vers une personne, un animal ou un objet fragile.</p><p>J&#39;espère que ce modèle vous plaira autant que j&#39;ai pris plaisir à le concevoir.</p><p>Si vous l&#39;imprimez, un J&#39;aime ou un Boost est toujours très apprécié. Cela me permet de savoir que mon travail vous a plu et m&#39;encourage à partager de nouveaux projets.</p><p>Bonnes impressions !</p><h2>English</h2><h2>100% Printable Launcher Mechanism</h2><p>I wanted to design a simple launcher mechanism that is fully 3D printable and powered by nothing more than a standard elastic band.</p><p>The goal was to create a compact, reliable and easy-to-assemble mechanism without using any screws, nuts or other metal hardware.</p><p>Every part is fully printable, and the mechanism is completely functional once assembled.</p><h2>Printing</h2><p>I recommend printing all parts in PETG for the best mechanical strength and long-term durability.</p><p>PLA also works if you simply want to discover the mechanism or build a prototype.</p><h2>Assembly</h2><p>Assembly is simple and requires no additional hardware.</p><p>Before the final assembly, I recommend threading the printed screw into its threaded hole once, then unscrewing it again before assembling the mechanism.</p><p>This simple step helps break in the printed threads and makes the screw operate much more smoothly.</p><h2>Operation</h2><p>The GIFs included in this publication demonstrate how to load the mechanism and how it operates once assembled.</p><h2>Good to Know</h2><p>This mechanism is powered by a standard elastic band.</p><p>Simply cut a regular elastic band to create a flat elastic strip that will be used for propulsion.</p><p>For the best performance, I recommend using an elastic band in good condition.</p><p>Always use this mechanism responsibly and never aim it at people, animals or fragile objects.</p><p>I hope you enjoy this model as much as I enjoyed designing it.</p><p>If you print it, a Like or a Boost is always greatly appreciated. It lets me know that you enjoyed my work and encourages me to continue sharing new projects.</p><p>Happy printing!</p>

<h2>100% Printable Launcher Mechanism</h2><p>I wanted to design a simple launcher mechanism that is fully 3D printable and powered by nothing more than a standard elastic band.</p><p>The goal was to create a compact, reliable and easy-to-assemble mechanism without using any screws, nuts or other metal hardware.</p><p>Every part is fully printable, and the mechanism is completely functional once assembled.</p><h2>Printing</h2><p>I recommend printing all parts in PETG for the best mechanical strength and long-term durability.</p><p>PLA also works if you simply want to discover the mechanism or build a prototype.</p><h2>Assembly</h2><p>Assembly is simple and requires no additional hardware.</p><p>Before the final assembly, I recommend threading the printed screw into its threaded hole once, then unscrewing it again before assembling the mechanism.</p><p>This simple step helps break in the printed threads and makes the screw operate much more smoothly.</p><h2>Operation</h2><p>The GIFs included in this publication demonstrate how to load the mechanism and how it operates once assembled.</p><h2>Good to Know</h2><p>This mechanism is powered by a standard elastic band.</p><p>Simply cut a regular elastic band to create a flat elastic strip that will be used for propulsion.</p><p>For the best performance, I recommend using an elastic band in good condition.</p><p>Always use this mechanism responsibly and never aim it at people, animals or fragile objects.</p><p>I hope you enjoy this model as much as I enjoyed designing it.</p><p>If you print it, a Like or a Boost is always greatly appreciated. It lets me know that you enjoyed my work and encourages me to continue sharing new projects.</p><p>Happy printing!</p>

100% Printable Launcher

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100% Printable Launcher Mechanism

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