Zhuge crossbow, no hardware pull-out version

Name: Zhuge Crossbow, Hardware-Free Sliding Version

Name: Zhuge crossbow, no hardware pull-out version

A follower previously contacted me to request a Zhuge crossbow entirely composed of 3D-printed components, devoid of additional hardware. After extensive testing and resolving numerous challenges, I've finally achieved a functional design.

Here is a test video:

Previously, a fan contacted me and asked me to make a Zhuge crossbow arrow with only printed parts. I tested countless of them and encountered various problems, but this time I have finally made it.

First, go ahead and test the video:

Assembly:

Please consult the assembly instructions or view my assembly video

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Show your support with a follow, hahaha

Caution! The connecting pieces depicted in the image are quite snug (using your teeth to insert them is recommended, hahaha)

Please refer to the assembly file or my assembly video

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Give me a little attention after reading it hahaha

be careful! The connector in the picture is tight (recommended to bite it in with your teeth hahaha)

Filament Compatibility:

Extensive testing was conducted using Bambu PLA, ESUN PLA, and filaments from various manufacturers.

*Filaments exhibiting significant rigidity may result in greater distances.

*Matte finishes are not recommended; they are prone to breakage.

*Brittle PLA filaments are also susceptible to failure.

*As illustrated below, a successful connection at the wreath juncture indicates filament suitability.

Distance between consumables and design:

Conduct tests on Bambu's PLA, ESUN's PLA, and some consumables from other manufacturers before and after use

*Consumables with a certain degree of stubbornness will be relatively far away

*Matte and matte are not recommended as they may break.

*Some crispy PLA may also break

*As shown in the figure below, the wreath is connected. If it is not broken, the consumables are qualified.

Versions:

Two versions are available:

*1*Simplified Version: Downward firing is discouraged.

edition:

There are two versions this time

*1 * Simplified version: It is best not to shoot downwards

*2*Advanced Version: Recommended.

*2 * Advanced Version: Recommended

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Gameplay

1, Assembly

2, Load simulated ammunition (observe placement carefully)

1. Assembly

2. Place simulated ammunition (pay attention to the position)

3, Usage

Incorporating safety features:

3.1 Incorrect posture prevents successful cocking, enhancing safety and mitigating track misalignment due to vibrations.

Example of incorrect posture:

3. Use

A certain level of security design has been implemented here

3.1 If your posture is incorrect, you will not be able to successfully pull apart. To a certain extent, it ensures safety and prevents track deviation caused by shaking.

Wrong examples

3.2 Correct posture:

Rear hand grip:

3.2 Correct posture:

Grip of the back hand

Front hand grip: