Interceptor

Device for interception of incoming ordnance at altitudes lacking sufficient atmospheric oxygen to support an explosion, the device comprising:

• a detector configured to detect incoming ordnance and determine an expected path and timing of said incoming ordnance;
• a dispersion unit configured to disperse a cloud of detonatable material over a volume selected to affect said ordnance as said ordnance follows said expected path, the detonatable material dispersed as droplets, the droplets comprising oxidizer.

Device for interception of incoming ordnance at altitudes lacking sufficient atmospheric oxygen to support an explosion, the device comprising:

• a detector configured to detect incoming ordnance and determine an expected path and timing of said incoming ordnance;
• a dispersion unit configured to disperse a cloud of detonatable material over a volume selected to affect said ordnance as said ordnance follows said expected path, the detonatable material dispersed as droplets, the droplets comprising energetic material.

Device for disruption of incoming ordnance, comprising:

• a first detector configured to detect incoming ordnance and determine an expected path and timing of said incoming ordnance;
• an undetonated cloud dispersion unit configured to disperse a cloud of undetonated material over a volume selected to affect said ordnance as said ordnance follows said expected path, said material being detonatable, wherein an action of the engine of the incoming ordnance provides detonation to said cloud.

Device for disruption of incoming ordnance, comprising:

• a first detector configured to detect incoming ordnance and determine an expected path and timing of said incoming ordnance;
• an undetonated cloud dispersion unit configured to disperse a cloud of undetonated material over a volume selected to affect said ordnance as said ordnance follows said expected path, said material being detonatable, wherein the incoming ordnance provides detonation for said cloud.

Device for disruption of incoming ordnance, comprising:

• a first detector configured to detect incoming ordnance and determine an expected path and timing of said incoming ordnance;
• an undetonated cloud dispersion unit configured to disperse a cloud of undetonated material over a volume selected to affect said ordnance as said ordnance follows said expected path, said material being detonatable, wherein detonation of said cloud depletes oxygen in a vicinity of said incoming ordnance, thereby to disable or extinguish a motor of said incoming ordnance.