New Gunwerks Rifle Stock Test Fire

Published on January 6, 2014
Duration: 3:25

This video details the product development process for a new Gunwerks rifle stock, focusing on 3D printing prototypes for form, fit, and function testing. The stock features a lightweight honeycomb interior and a hard outer shell, designed to reduce recoil and increase shootability. Initial test firing indicates the prototype holds up well to recoil impacts.

Quick Summary

Gunwerks is developing a new rifle stock prototype using 3D printing for testing form, fit, and function. This lightweight design features a honeycomb interior and hard outer case, aiming to reduce recoil and increase shootability. Initial tests show the prototype effectively handles recoil impacts.

Chapters

  1. 00:00Introduction to Product Development
  2. 00:14New Stock Design Unveiled
  3. 00:44CAD and Prototyping Process
  4. 01:08Stock Features: Honeycomb Interior
  5. 01:23Lightweight Design Goals
  6. 01:36Chassis System Integration
  7. 01:46First Trigger Pull Claim
  8. 01:56Stock Behavior on Bags
  9. 02:01Goals: Recoil Reduction & Shootability
  10. 02:21Test Firing Begins
  11. 02:44Initial Performance Feedback
  12. 02:58Stock Performance Analysis
  13. 03:12Positive User Experience
  14. 03:19Production Outlook

Frequently Asked Questions

What is the primary benefit of the new Gunwerks rifle stock design?

The primary benefit of the new Gunwerks rifle stock design is its focus on reducing recoil and increasing shootability. It achieves this through a lightweight construction and a design that tracks well on bags for quick follow-up shots.

How is the new Gunwerks rifle stock prototype constructed?

The new Gunwerks rifle stock prototype is constructed using 3D printing. It features a lightweight honeycomb interior and a hard outer case, allowing for rapid prototyping and testing of form, fit, and function.

What are the key performance goals for the new Gunwerks rifle stock?

The key performance goals for the new Gunwerks rifle stock are to reduce recoil and enhance shootability. The design aims to provide a stable platform that minimizes torque and allows for consistent, rapid shots.

How does the 3D printed prototype hold up during testing?

During initial test firing, the 3D printed prototype demonstrated impressive resilience. Even with a chassis system glued into the stock and the hard shell unpenetrated, it held up well to the impacts of firing.

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