Automatic Telescoping Staff Kit 3.0
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Description
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Automatic Telescopic Ruyi Golden Cudgel (Extension Kit) 3.0
Only requires the dragon column from your existing Golden Cudgel (Version V3.0) for modification
Carved Dragon Column Download: https://makerworld.com.cn/zh/models/456043#profileId-389088
3.0 Update Content
The clasp, 3D printed using ABS filament, remains functional even after 60 cycles of forceful extension and retraction testing
Component filament savings: only requires purchasing two 0.6*10*200 springs
One 0.6*7*20 spring
Self-tapping screws use M3*8 (Note: when tightening the push rod, slightly grind down the tip of the M3*8 screw to prevent it from jamming the push rod, or simply slide it back and forth a few times)
Improvements
1, Replaced the pre-fabricated climbing buckle with an ABS 3D-printed clasp
2, Addressed the fragility of the telescopic rod caused by using pre-fabricated clasps, enhancing durability and playability
3, Rounded corners replace the previous right-angled pressing mechanism
4, Each joint and component is detachable and replaceable
Precautions
Different filaments for the handle sheath require scaling adjustments Due to variations between printers, slight adjustments may be needed for optimal smoothness after fabrication
Showcase
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Automatic Telescopic Ruyi Golden Cudgel (Extension Kit) 2.0
Simplified optimizations to version 1.0 for easier replication
Only requires the dragon column from your existing Golden Cudgel (Version V3.0) for modification
(Not recommended for standard PLA filament; PLA+ or PLA-CF preferred, other filaments untested)(Extensive testing indicates compatibility with speed mode printing; violent mode untested)
Carved Dragon Column Download: https://makerworld.com.cn/zh/models/456043#profileId-389088
Version 2.0 optimization eliminates the steel tube, utilizing a 3D-printed push rod for simplified construction!!!!
Testing indicates a 0.6*10*200 spring is optimal; adjusting the telescopic rod length is necessary if a different spring is used!!
0.6*7*20 spring for pressing
Miniature small insertion buckles vary in price; some shops sell them for one yuan each, others for a few cents, or even ten for eight yuan with free shipping—due diligence is advised
Eliminated the cumbersome base; now uses a 3*10 self-tapping screw for easier assembly
The base now features threads, allowing for arbitrary rotation and eliminating the need for adhesive fixation (more convenient than the previous version and less prone to errors)
A 3D-printed wrench can be used for tightening
0.6*10*200 springs provide optimal tension; neither overly forceful nor prone to damaging printed components
Attaching the telescopic rod
The 3D-printed wrench can be used to tighten the clasp; note the angle and markings when tightening
Compress the spring into an overlapping state when installing the clasp retaining pin
2.0 Video Tutorial
2.0 FAQ 1
Hardware
Required Springs and Clasps
1. 0.6*7*20 spring *1
2. 0.6*10*200 spring *2
3. Mini round hole insertion clasp 28mm long/10mm wide/5mm hanging hole *2
4. M3*10 self-tapping screw *2
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.
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