The Weapons Technologies COI serves as the mechanism for the Components to understand technical capabilities and roadmap / integrate S&T efforts to address operational challenges, mitigate foreign threats, affordably-extend weapons performance, and develop leap-ahead offsets. Technology development thrusts (subareas) involve guidance navigation & control (GN&C) and data links, ordnance, propulsion, undersea weapons, high energy lasers (HEL), radio frequency weapons (RFW), and non-lethal weapons (NLW). Advances in technology thrust areas are integrated, prototyped, and demonstrated in the Guided Weapon Demonstrators (GWD) subarea. The applications for the technologies in this COI are air, naval, ground, offensive, defensive, tactical, theater, or strategic weapons including missiles (conventional and hypersonic), bombs, rockets, artillery, mortars, torpedoes, mines, guns, launchers, and projectiles.
This subarea coordinates all S&T pertaining to explosives, reactive energetic materials, warhead casing materials and explosively accelerated damage mechanisms, penetrating warheads, the fuzing mechanisms of initiation, safe and arm mechanisms, and the integration of these components for what is coined an 'ordnance package'. The subarea also includes innovative concepts that maximize system capabilities and employment of these ordnance concepts in novel methods to achieve military objectives.
This subarea includes propulsion S&T for guns, tactical missiles (rocket and air breathing), strategic missiles, missile defense boosters, and divert and attitude control systems (DACS) These applications operate over short range to extremely long range with additional operational requirements (e.g., impetus, energy management (pintle/pulse motors), temperature (sometimes coupled with acoustic input), DOT hazard classification and insensitive munitions). The solid rocket motor solutions for these applications develop advanced high specific impulse propellants (minimum signature, reduced signature and high performance (smokey)), propellant to insulation bondlines and liners, lightweight structures (case, insulation, nozzles) and attitude control thrusters. Air-breathing scramjet propulsion for weapons applications develops scramjet ignition and combustion technology with high efficiency fuels and lightweight structures. Strategic system 4th stage/post boost vehicles and missile defense kill vehicles using liquid rocket thruster technologies rely on the Space COI community for developing and advancing this technology.
An undersea weapon is any device or system that provides “hard kill” or “mission kill” against a naval platform (principally a ship or submarine) or another weapon and delivers this capability within, or substantially through, the ocean sub-surface. This includes, but is not limited to, torpedoes, torpedo decoys and jammers, anti-torpedo torpedoes and underwater projectiles.
This subarea coordinates all S&T pertaining to high-power, high-efficiency laser sources, including power sub-systems, thermal management, beam directors, beam propagation, and laser effects. Focus areas include laser sources (development of pulsed and continuous-wave laser sources to include solid state (slab) technology, fiber lasers and combining technology, and gas laser sources) and advanced beam control (development of lightweight beam directors, high-throughput beam directors, conformal arrays, atmospheric compensation and adaptive optics).
This subarea coordinates all S&T pertaining to high power RF systems, including pulsed power sources, micro-/millimeter wave sources, and antennas (conventional, flat, conformal). Focus areas include pulsed power sources (development of high-peak power waveforms with short peak rise times and high energy per pulse, high pulse repetition rates, and optimized frequencies), high power micro-/millimeter-wave sources (development of conventional and solid-state compact, electrically efficient sources), and antennas (development of conventional, flat, and conformal arrays for use with next generation HPM/RF systems and improve gain/directivity of antennas to increase range, and reduce size, weight, and power (SWAP)).
This subarea coordinates all S&T pertaining to both kinetic (rubber bullets, etc.) and directed energy (lasers and high power RF systems) technologies used for non-lethal weapons applications. Applications include counter-personnel (development of smaller, lighter, and lower cost Active Denial Technology (ADT) 95 GHz millimeter wave sources to demonstrate “repel effects” and developing antenna gimbal for solid-state ADT demonstrator), counter-materiel (maturing and demonstrating directed energy technologies capable of stopping vehicles and vessels at operationally-relevant standoff distances, researching and assessing the feasibility of directed energy technologies for other counter-materiel missions, and improving the size, weight, and performance of component and subsystem technologies), and human effects (characterizing ADT bio-effects trade space (effects vs. risk vs. system requirements) and non-lethal human effects modeling and simulation capability development).
This subarea integrates, prototypes, and demonstrates key technologies developed in guidance navigation & control (GN&C) and data links, ordnance, propulsion, undersea weapons, high energy lasers (HEL), radio frequency weapons (RFW), and/or non-lethal weapons (NLW) subareas. The GWD subarea proves the effectiveness and advancement of technology / integration to a TRL-6 level through weapon flight or live-fire demonstrations.