NEOVENATOR GEL-ADHESIVE COUNTER-SWARM

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Unlike electronic warfare, which can be rendered useless with a single enemy software update, and unlike netting/high speed kinetic impact, which enemy UAS are rapidly redesigning to counter through airframe design, gel-adhesives are both kinetic and can't be designed against. 

There is no aircraft, drone or otherwise currently in military service that does not have surfaces that are exposed to Neovenator. 

Baryonyx has an effect on the essential parts of any aircraft: 

Externally 

• Rotor surfaces
• Wings
• Control Surfaces
• Gimbals

Internally

• Engine blades
• Rotor mechanisms
• Fuel Intake Systems

Neovenator has a negative, flight crippling effect on nearly all aircraft, either by mechanical jamming or aerodynamic fouling. 

Swarming systems are difficult to target and even harder to defeat en-masse.

Our solution proposes area dispersal of Neovenator (BAD-72/73H) : gel-adhesive substances adapted for wide area dispersal, aerial lingering, and swarm defeat.  It has much the same effect of Baryonyx, but instead droplets agglomerate on surfaces/internal structures as aircraft fly through the 'cloud.' Even individual droplets adhere and expand to many times their original size, and effectively 'glue' internal mechanisms via rapid curing, and cause major aerodynamic fouling. In short, even as an aerosol cloud, gel-adhesive obstructive ordnance has excellent effect. 

Individual systems don't need to be targeted with precision, one only needs to disperse roughly in the airspace the swarm is in, or is in its flight path (the airspace it will be in.)