An electromagnet-triggered spring launcher cuts motor weight and cost while auto-resetting the release mechanism for compact, reliable drone launch.
Sensors measure bin weight, proximity, and latch status to calculate item fall probability, preventing structural damage from overloading.
A mortar uses a gyroscope and pivoting arm to automatically re-align the weapon barrel after firing.
A dual base plate system transfers firing forces to the ground using truncated cone hoppers and self-centering shafts.
A multi-barrel mortar launcher fires rounds simultaneously from independent barrels to create a concentrated kill zone.
A split-lift howitzer uses a low trunnion height and extended recoil stroke to manage firing forces.
Segmented rotor components allow individual replacement, eliminating full unit swaps and reducing maintenance costs.