Full Time
TBD
TBD
Jun 10, 2026
About the Role:
We design precision firearm trigger mechanisms and are looking for a skilled mechanical engineer to develop forced reset trigger (FRT) systems and related mechanical assemblies. You'll work primarily in Fusion 360, modeling intricate linkages and multi-part assemblies that have to function reliably under real-world tolerances and forces.
Responsibilities:
Design and model forced reset triggers and fire-control components in Fusion 360
Build and constrain complex assemblies, validating motion and clearance through the linkage cycle
Develop mechanical linkages with proper kinematics for reliable reset and engagement
Apply design-for-manufacturability principles aimed at CNC machining (material selection, tolerances, fixturing, feature accessibility)
Produce manufacturing-ready drawings and documentation
Iterate designs based on prototype feedback and functional testing
Required Skills:
Strong proficiency in Fusion 360, especially assembly design, joints, and motion simulation
Solid grasp of mechanical linkage design and kinematics
Experience designing for CNC machining with realistic tolerances and DFM awareness
Ability to think through how parts move and interact, not just how they look
Clear written English for remote collaboration
Strongly Preferred:
Firearms experience, hobbyist gunsmithing, or genuine enthusiasm for firear
Familiarity with fire-control group geometry and how triggers/sears/disconnectors interact
Background in small precision mechanisms or springs
To Apply:
Please share a portfolio or screenshots of Fusion 360 assemblies you've designed, ideally anything involving moving linkages or small mechanical mechanisms. Tell us briefly about your firearms interest or experience.