Design concept

This is a 3D printed collapsing sword with a fascinating and innovative concept that combines advanced 3D printing technology with the mechanics of a collapsible or folding weapon. This idea takes inspiration from traditional swords, such as knightly sword, arming sword, or in full, knightly arming sword from the European High Middle Ages, but with the twist of using 3D printing to create a functional, collapsible sword with potentially more intricate design features. The idea of a collapsing sword revolves around the use of a telescopic mechanism design that allows the sword to "collapse" or reduce in size.

One of the primary uses for a 3D printed collapsing sword could be as a collectible item or prop for movies, video games, and cosplay events. The folding nature of the sword would add to its appeal in these settings.

3D printing settings

• Material

PLA (Polylactic Acid)

• Quality

Layer height: < 0.20 mm

Initial layer height: < 0.20 mm

(Great for clean details and smooth surfaces.)

• Shell

Wall line count: ≥ 3

(Enhances structural strength and gives a smoother outer finish.)

Top layers: ≥ 3

Bottom layers: ≥ 3

(Helps avoid infill visibility and ensures solid top/bottom surfaces.)

• Infill

Infill density: 17%

Infill line distance: 8

Infill pattern: CUBIC

(Offers a good balance between strength and material efficiency.)

• Recommended Settings

Build plate adhesion type: BRIM

(Improves bed adhesion, especially for models with small contact areas.)

• Temperature (PLA)

Nozzle temperature: 190–200°C

Initial layer temperature: 200°C

(Ensures proper bonding of the first layer.)

Build plate temperature: 45°C

(Prevents warping or edge lifting.)

For more info check instruction files!

Collapsing Sword <Knightly Arming Sword>