British air rifles on a Union Jack, including a Webley Paradigm prototype
Commercial enquiries Design • prototypes • small-run

Design, prototyping and small-run manufacturing

Commercial design, development, and hands-on prototyping support for brands and businesses — specialising in performance-driven air rifle stocks, grip sets, and air pistol grips.

Direct collaboration
Physical prototypes
Manufacturable outcomes
Overview
Commercial work

Design, development & prototyping

Daviesbuilt Gunstocks supports brands, designers, and manufacturers with the physical design and development of bespoke stocks and grip systems — balancing ergonomics, control, and real-world handling.

Rather than relying solely on CAD, concepts can be advanced through practical prototypes — tested, refined, and resolved into a manufacturable solution.

If you need guidance on stock geometry, grip ergonomics, material direction, or manufacturability, I can provide clear, experience-led consultation.

Bespoke design

Purpose-built components designed around ergonomics, mechanical balance, and real shooting performance.

Prototype development

Concepts developed through physical prototypes, allowing rapid testing and refinement before production.

Manufacturing support

Consultation and development support for brands, manufacturers, and collaborative design projects.

The Webley Paradigm and a bespoke Daviesbuilt rifle on a Union Jack
Graham Trim — GET Designs

Webley Paradigm development

I designed a prototype for GET Designs, working directly with founder Graham Trim — the visionary behind the Webley Paradigm, one of the most celebrated air rifles that never reached production.

Engaged as a commercial consultant, I helped bring the concept into physical form with practical, performance-driven design input — focusing on handling, ergonomics, and manufacturable geometry.

FAQ

Commercial FAQ

Design and development of bespoke stocks and grip systems, physical prototyping, and manufacturability reviews for brands, designers, and manufacturers — focused on ergonomics, control, and real-world handling.
Both. Rather than relying solely on CAD, concepts can be advanced through practical prototypes — tested, refined, and resolved into a manufacturable solution.
Project type and intended outcome, any drawings/CAD/reference photos, materials, constraints and volumes, plus your timescale and the key decisions you need help with.
Next step

Let’s start a conversation

Developing a product, prototype, or concept and need design support, practical prototyping, or a manufacturability review? Send the basics and I’ll reply with options and next steps.

What to include
  • Project type + intended outcome
  • Any drawings / CAD / reference photos
  • Materials / constraints / volumes
  • Timescale and key decisions needed