While some firms shy away from firearms design projects, we recognize the potential for innovation in the firearms engineering to enhance safety, accuracy, and user experience. Over the years we have developed a number of commercialized innovations in the firearms space.
Beyond the Basics
Our strength lies in deep mechanical engineering expertise. We understand tolerance-critical mechanisms and critical safety systems, allowing us to create:
- Optimized Actions: We engineer improved actions, tailored to specific performance goals and user needs.
- Enhanced Components: From innovative fire control parts to full chassis systems, we elevate existing platforms for optimal performance.
- Integrated Accessories: Seamlessly compatible add-ons that integrate with various firearms for use in competition, sporting, and defense applications.
- Electronics Integration: We can develop and integrate custom electronics for enhanced functionality, safety, and user experience.
Projects we've completed in the firearms and accessories market:
- Proprietary Rifling Profile: We developed a unique rifling profile, analyzing its impact on chamber pressure for both safety and optimized performance.
- Biometric Enabled Smart-Gun: We developed and validated fingerprint and key-code systems into a ubiquitous polymer-frame pistol system. This included all electronics engineering, mechatronics for safety actuation, miniaturization, and approximately twenty units for functional testing.
- Helicopter Weapons Stabilization System: This project improved accuracy and reduced user fatigue in challenging environments, contributing to mission success.
- High-Precision Action: We analyzed and optimized a high-end bolt-action rifle for unparalleled accuracy and reliability in sporting applications.
- Muzzle Device Design and Engineering: Multiple projects project resulted in improved performance and reduced recoil, enhancing both accuracy and user comfort.
- Suppressor Optimization for Production: We rigorously analyzed and enhanced a suppressor design, analyzing tolerances and reducing production time.
- Reduced Reciprocating Mass: By minimizing reciprocating mass in gas impingement systems, we aimed to improve cycling speed and reduce felt recoil for a smoother shooting experience.
Rigorous Testing: Where Prototypes Prove Their Mettle
We understand the crucial role of testing in firearms development. That's why we apply our proven product development process, which emphasizes rigorous prototyping and live-fire testing. Our team and network have the expertise and facilities to build and test firearm prototypes, validating design decisions in each iteration.
Engaging the Conversation:
While this blog highlights our capabilities, we understand that each project is different. If you would like to learn how we would approach your firearms development project, we invite you to connect with us.
