Context source · GT-S-E056ADF8CAA2
e056adf8caa2b022dcef…0 pages · 1 MBDISTILLATES
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600 systems
This allows the soldier to pilot the drone from a safe and lack the maneuverability of multi-rotor drones, which But the Switchblade 300 & 600 systems are fixed-wing comes into view of the camera's video feed. can stop and hover quietly in the air before attacking.
300 drones
Control circuit 300 drones mentioned above or can be, for example, a lithium- included for safety and are referred to as radio arm (or radio includes a number of switches.
Applications include intelligence, surveillance, target acquisition, reconnaissance, and delivery of munitions, such discussed above by providing a multi-rotor, unmanned aerial as missiles, anti-tank and anti-armor weaponry, and bombs. payloads, such as High Explosive Dual Purpose (HEDP) vehicle (UAV), or drone, configured with field-selectable One example is the Switchblade 300.
Applications include intelligence, surveillance, target acquisition, reconnaissance, and delivery of munitions, such discussed above by providing a multi-rotor, unmanned aerial as missiles, anti-tank and anti-armor weaponry, and bombs. payloads, such as High Explosive Dual Purpose (HEDP) vehicle (UAV), or drone, configured with field-selectable One example is the Switchblade 300.
In one a bump-rod configured to extend outward from the drone to hold weapons-grade explosives; and erate the steel material 760 to a desired, destructive speed. embodiment, most of the blast force will be used to accel- 25 payload container after the bump-rod makes contact to engage a target and to ignite a blasting cap in the steel, this is only an embodiment, as any attached material While the steel material 760 is described as being made of 2.
In one a bump-rod configured to extend outward from the drone to hold weapons-grade explosives; and erate the steel material 760 to a desired, destructive speed. embodiment, most of the blast force will be used to accel- 25 payload container after the bump-rod makes contact to engage a target and to ignite a blasting cap in the steel, this is only an embodiment, as any attached material While the steel material 760 is described as being made of 2.
The munitions payload delivery system of claim 1 more fragmentable material than the inner casing 765, and the inner casing 765 likely will correspondingly maintain its drone with at least one spring-loaded latch for quick assem- period of time can allow the inner casing 765 to push the structural integrity for a longer period of time.
The munitions payload delivery system of claim 1 more fragmentable material than the inner casing 765, and the inner casing 765 likely will correspondingly maintain its drone with at least one spring-loaded latch for quick assem- period of time can allow the inner casing 765 to push the structural integrity for a longer period of time.
65 figured to be activated after power is applied to the drone. manual arm switch, wherein the radio arm switch is con- 775 from which slots 770 are formed preferably will be the The material in between inner casing 765 and outer casing wherein the control circuit comprises a test port for testing 12.
65 figured to be activated after power is applied to the drone. manual arm switch, wherein the radio arm switch is con- 775 from which slots 770 are formed preferably will be the The material in between inner casing 765 and outer casing wherein the control circuit comprises a test port for testing 12.
CI. CPC (2023.01); F42B 12/32 (2013.01); F42C 15/42 B64D 1/06 (2013.01); B64U 60/50 (71) Applicant: Cyberlux Corporation, Research (58) Field of Classification Search (2013.01); B64U 2101/18 (2023.01) Triangle Park, NC (US) CPC ...... B64D 1/06; B64U 60/50; B64U 2101/18; (72) Inventors: Larson Isely
Mark Schmidt
; B64U 2101/18; (72) Inventors: Larson Isely, Carolina Shores, NC USPC F42B 12/32; F42C 15/42 (US); Mark Schmidt, Pittsboro, NC See application file for complete search history. .. 89/1.55 (US); Phillip Richard Tucker, Spring, (US); Neill Whiteley, Montgomery, TX (56) References Cited IN (US
pplication file for complete search history. .. 89/1.55 (US); Phillip Richard Tucker, Spring, (US); Neill Whiteley, Montgomery, TX (56) References Cited IN (US); Aaron Goodman, Waccabuc, TX (US); Paul Nurkkala, Indianapolis, U.S. PATENT DOCUMENTS (US) NY (US); Alan Woltemath, Spring, TX 2019/0
Phillip Richard TUCKER
US); Mark Schmidt, Pittsboro, NC See application file for complete search history. .. 89/1.55 (US); Phillip Richard Tucker, Spring, (US); Neill Whiteley, Montgomery, TX (56) References Cited IN (US); Aaron Goodman, Waccabuc, TX (US); Paul Nurkkala, Indianapolis, U.S. PATENT DOCUMENTS (US) NY (US); Ala
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