Segmented weapon mounts pivot on integral journals, reducing mass for low-tonnage ships while enabling easy maintenance access.
Offset support assemblies and adjustable arms resolve the contradiction between stability and user space availability in hunting environments.
A shooting rest uses a resilient shoulder pad to absorb recoil energy while maintaining structural support for the firearm.
An automatic locking mechanism secures the rifle support when the control stick releases, maintaining point of aim without manual repositioning.
A shooting rest system uses a pivotable cradle and adjustable leg to stabilize firearms for precise aiming.
Segmented arms and nested can holders reduce installation time and swap frequency.
Segmented drive train sections connect via a spring-actuated coupling to eliminate manual alignment during carriage folding.
Deformable parallelograms pivot the weapon cradle, resolving rigidity conflicts between remote targeting and manual firing access.