Our SAVAGE (Smart Anti-Vehicle Aerial Guided Engagement) 40mm patented microprocessor-controlled guided missile is designed to disable or destroy a small enemy Unmanned Aerial Vehicle "UAV" or drone using kinetic energy impact.

The missile is made primarily of COTS (commercial-off-the shelf) electronic components, carbon fiber, aluminum and fiberglass parts to keep the costs low, while maintaining the highest quality possible. This ensures that the buyer will receive an extremely reliable and robust product.

SAVAGE has been designed using aerodynamic computer simulation, and tested in our wind tunnel for maximum range, velocity and maneuverability. They will be fired from our 360 degree 6-tube tripod mounted launcher or our 64-tube turret launcher (stationary or truck mounted) as a surface-to-air missile using a wireless remote control. The missiles and either launcher can be activated and fired quickly by one soldier or marine. SAVAGE uses on-board computer vision with proprietary algorithms that detects and tracks the target after being launched until it reaches the target, keeping the UAV in its "sights" by means of MEMS activated canards. This capability incorporates machine learning and artificial intelligence,"AI".. AI algorithms also give multiple SAVAGE missiles the ability to communicate with each other in flight to maximize their effectiveness in dealing with a “swarm”. The missiles are equipped with a metal tipped nose cone for maximum impact effectiveness, and a parachute to safely return to the ground for recovery and reuse.

SAVAGE can be launched as a long range, high velocity (350 mph ~ 550 km/hr), highly maneuverable surface-to air and surface-to-surface or air-to-air and air-to-surface guided missile using an aerial launch system such as our SAVAGE UAV shown below. Six SAVAGE missiles could be mounted under the wings making the SAVAGE UAV a six-x force multiplier. These smart missiles with on-board electro-optical day/night guidance systems and will give airports, embassies, government buildings, power grids, convoys, factories, oil refineries, pipelines, stadiums, etc. the ability to defend against an attack by armed enemy drones at long range, 24/7 in extreme weather conditions.

There are many RF/GPS jamming systems on the market today but they are not going to be enough to stop an attack by a "swarm" of autonomous enemy drones. Using multi-million dollar jamming systems, like MADIS, or high powered microwave systems like THOR, or ground-based laser weapons, are not the answer. Neither are multi-million dollar PATRIOT air defense systems. It is going to take a compact, "fire and forget", inexpensive "hard kill" solution like SAVAGE.

“Terrorists are using small armed “suicide” drones to attack oil refineries and oil pipelines in the Middle East. Others have used drones to disrupt airports in the UK. Small armed unmanned aerial vehicles are becoming increasing threatening to the USA and other countries around the world. Our smart anti-drone SAVAGE munitions offer a safe and cost-effective means to neutralize these threats." states Nick Verini – CEO/President


SAVAGE UAV Tactical Air-to-Air Launch Platform Prototype with a Carbon Fiber and Aluminum Airframe and 4-Ft Wingspan Based on F-22 Raptor. Hybrid 2-Stroke Genset/Capacitor, Electric Ducted Fan (EDF) Powered. Equipped with Electro-Optical Day/Night/Infrared Sensor and GPS, and Capable of Detecting and Tracking Enemy Drones Autonomously.

Equipped with Six SAVAGE Missiles Capable of Seeking Out and Destroying Enemy Drones. Can Take Off and Land on Short Dirt, Grass and Paved Runways. Retractable Landing Gear. 2-Hour Flight Time. Maximum Speed of 120 MPH. Highly Maneuverable. This Airborne Platform Gives SAVAGE Missiles Extended Range.

With EDF Power, We are Looking to Modify our SAVAGE UAV to VTOL Operation, Similar to the F-35B Lightning.