GRYPANAX

Computer software, mission management software and autonomy software, all for use in autonomous control and navigation of air vehicles, aircraft, uncrewed aerial vehicles; remote control apparatus, wireless control apparatus, transmitters, receivers and flight control apparatus to remotely monitor, control the function, navigation status of, and deployment of weapons from, air vehicles, aircraft, uncrewed aerial vehicles and systems; electronic warfare and attack capability equipment, namely, electromagnetic interference / interception apparatus, radar jamming apparatus and stand-in jammers, radio and navigation interference equipment; computer hardware, firmware and software for use in connection with uncrewed aerial vehicles; electronic controls, electronic control panels, and electronic display screens, all for use in connection with uncrewed aerial vehicles; communications apparatus, radio apparatus, signalling apparatus, radar systems, navigation systems, GPS systems, targeting systems, cameras, thermal imaging cameras and night vision apparatus, all for use in connection with uncrewed aerial vehicles; safety equipment, namely, fire extinguishing apparatus, in connection with uncrewed aerial vehicles; uncrewed aerial vehicles simulators; simulators for training operators in weapons systems control and the deployment of weapons via uncrewed aerial vehicles and Unmanned Aerial Vehicles (UAVs); parts and fittings for all of the aforesaid goods; downloadable publications, namely, training, instructional, educational and promotional information in the form of handbooks, user guides, instruction manuals, technical manuals, training manuals, instruction sheets, product information sheets, online seminars, online training courses, newsletters, brochures, advertisements, posters and leaflets, all relating to uncrewed aerial vehicles. .

Air vehicles, aircraft, uncrewed aerial vehicles; Unmanned Aerial Vehicles (UAVs); Unmanned Aerial Vehicles (UAVs) and uncrewed aerial vehicles capable of carrying, launching and deploying weapons; Unmanned Aerial Vehicles (UAVs) and uncrewed aerial vehicles capable of deploying electronic warfare attacks, namely, discharging electromagnetic interference / interception apparatus, radar jamming apparatus and stand-in jammers, radio and navigation interference equipment; launching gear for air vehicles; flexible launch mechanisms for Unmanned Aerial Vehicles (UAVs), being launch systems with the capability of deploying UAVs in constrained, remote, mobile and/or changing environments, being ground vehicles, maritime platforms, confined terrain and/or via portable or temporary setups; flexible launch mechanisms for Unmanned Aerial Vehicles (UAVs), being launch systems deploying UAVs via a variety of methods, namely pneumatic catapults, spring-based catapults, elastic (bungee) or rope assisted launching, tube launched, canister-launched and/or rail launched methods, hand launch and/or assisted hand launch deployment and foldable launcher mechanisms; parts and fittings for all of the aforesaid goods.

Radar jamming warheads.

Design and development of air vehicles, aircraft, Unmanned Aerial Vehicles (UAVs), uncrewed aerial vehicles and systems; design and development of Unmanned Aerial Vehicles (UAVs) and uncrewed aerial vehicles capable of carrying, launching and deploying weapons; design and development of Unmanned Aerial Vehicles (UAVs) and uncrewed aerial vehicles capable of deploying electronic warfare attacks, namely, discharging electromagnetic interference / interception apparatus, radar jamming apparatus and stand-in jammers, radio and navigation interference equipment; design and development of computer hardware, firmware and software for use in connection with uncrewed aerial vehicles; design and development of remote-control apparatus, wireless control apparatus, transmitters, receivers and flight control apparatus to remotely monitor, control the function, navigation and status of air vehicles, aircraft, uncrewed aerial vehicles and systems; design and development of electronic warfare and attack capability equipment, namely, electromagnetic interference / interception apparatus, radar jamming apparatus and stand-in jammers, radio and navigation interference equipment; design and development of electronic controls, electronic control panels, and electronic display screens for use in connection with uncrewed aerial vehicles; design and development of communications apparatus, radio apparatus, signalling apparatus, radar systems, navigation systems, GPS systems, targeting systems, cameras, thermal imaging cameras and night vision apparatus, all for use in connection with uncrewed aerial vehicles; design and development of safety equipment, namely, fire extinguishing apparatus, in connection with uncrewed aerial vehicles; design and development of uncrewed aerial vehicles simulators; design and development of simulators for training operators in weapons systems control and the deployment of weapons via uncrewed aerial vehicles and Unmanned Aerial Vehicles (UAVs); design and development of Unmanned Aerial Vehicles (UAVs) capable of carrying and launching weapons; design and development of launching gear for air vehicles; design and development of flexible launch mechanisms for Unmanned Aerial Vehicles (UAVs), being launch systems with the capability of deploying UAVs in constrained, remote, mobile and/or changing environments, being ground vehicles, maritime platforms, confined terrain and/or via portable or temporary setups; design and development of flexible launch mechanisms for Unmanned Aerial Vehicles (UAVs), being launch systems deploying UAVs via a variety of methods, namely pneumatic catapults, spring based catapults, elastic (bungee) or rope assisted launching, tube launched, canister-launched and/or rail launched methods, hand launch and/or assisted hand launch deployment and foldable launcher mechanisms.