Category Archives: Launchers & Recovery Systems

drone

First Made-in-USA Persistent Drone Operations Nanogrid Launched

Sesame Solar, Target Arm and AG3 Labs are launching the Persistent Drone Operations Nanogrid, the first integrated solution that combines Sesame Solar’s self-generating mobile power, Target Arm’s robotic arm and drone magazines for autonomous drone launch-and-recovery, and AG3 Labs’ attritable, unmanned aircraft into a single system for training and forward expeditionary use.

Auterion Introduces Nemyx System Agnostic Vertical Drone Launch System

Auterion has introduced the Nemyx Vertical Launch System (Nemyx VLS), a modular launcher for drones from multiple manufacturers. It extends Nemyx, the Auterion swarm engine, from software into the hardware that puts drones in the air. The same launcher takes high-volume commercial drones, strike drones and interceptors. Continue reading →

Auriga Space Completes First In-Field Launch of Hermes Containerized Electromagnetic C-UAS Platform

On August 25, Auriga Space revealed its alternative solution is getting that much closer to deployment with the completion of the first field test of Hermes: its electromagnetic launcher that fits inside a shipping container and relies on no propellant to accelerate low-cost projectiles for drone intercept. Continue reading →

Rheinmetall Launches New Containerized Loitering Munition from Moving Truck

Rheinmetall has successfully launched its FV-014 loitering munition system from the Containerized Missile Launcher, a modular multi launcher for guided missiles and loitering munitions. Both the Containerized Missile Launcher and the FV-014 loitering munition system are in-house developments. Continue reading →

Tesseract Ventures Gets Pentagon Containerized Autonomous Drone Delivery System Project Contract

Tesseract Ventures announced its selection by the Defense Innovation Unit (DIU) to advance in the Containerized Autonomous Drone Delivery System (CADDS) prototype project. This highly competitive initiative aims to accelerate next-generation autonomous capabilities for rapidly deploying, sustaining, and managing unmanned aerial systems (UAS) in contested and austere environments. Continue reading →