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Bambu Lab Components Kit - Jet Engine Model 006

Bambu Lab Components Kit - Jet Engine Model 006

Regular price $33.00 USD
Regular price Sale price $33.00 USD
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Bring your 3D-printed jet engine project to life with the Bambu Lab Jet Engine Model Components Kit-006 - a complete hardware set designed for makers, hobbyists, and engineering enthusiasts who want to build a functional jet engine model using their own 3D prints. This kit supplies all the precision hardware parts required to assemble the internal mechanism of a jet engine, while the 3D-printed structural parts are downloaded and printed separately, giving you full creative control over the engine’s appearance and design.

Key Features & Benefits:

  • Comprehensive Hardware Kit: Includes essential hardware such as 80 M2.5×10 socket head cap screws, 80 M2.5 stainless steel hex nuts, 150 M2.5×5×0.5 flat washers, and four plastic deep-groove ball bearings (two 6204 and two 6003) - everything needed for a smooth and accurate assembly.
  • DIY 3D Printing Integration: Designed to work with 3D-printed jet engine parts (files available from MakerWorld and other repositories), so you can customize and scale your engine model as you like.
  • Precision Motion: High-quality bearings support realistic rotation and movement, making your finished model both a functional mechanical piece and a striking visual project.
  • Educational & Creative: Ideal for STEM learning, engineering demonstrations, or hobby builds - it’s a hands-on way to explore mechanical concepts and assembly skills.
  • Part of Bambu Lab Creator Program: This hardware kit supports community-designed 3D models, encouraging creativity beyond standard build parts.

In the Box:
• M2.5×10 socket head cap screws × 80
• M2.5 stainless steel hex nuts × 80
• M2.5×5×0.5 stainless steel flat washers × 150
• Plastic deep-groove ball bearings (6204 × 2 & 6003 × 2)

This kit is perfect for 3D printing enthusiasts who want to build a full jet engine model with real mechanical hardware, combining custom printed parts with precision components for a rewarding and functional end result.

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