Aerospace & Defense
The robot arm on the ISS is controlled with two joysticks - one for translation and one for rotation. A helicopter pilot uses a joystick, collective lever, and foot pedals to control his aircraft. A hobby drone operator uses a remote control unit with two joysticks.
The most important components that determine the high combat readiness of military units are the maintenance of full serviceability and readiness for immediate combat use of military equipment, in particular artillery guns (howitzers).
Howitzer rods belong to the damping and recoil control system.
The primary reason is the advancing rotor blade tips airspeed must not exceed about 1,000 feet per second (Mach .
Global energy will shift predominantly to hydrogen and electric over the next 50 years with vital decarbonization benefits for our global environment. Advancing aviation’s future-state hydrogen and electric technologies is crucial to its sustainable future. NOVAdev’s mission is bringing those Earth Friendly Flight™ solutions to life.
The Amphibious Drone with operational capabilities of surveillance and data acquisition both in underwater and air. The Objectives are to create a prototype that is capable of operating in air and under water, to demonstrate the capabilities of developed prototype for underwater surveillance,
The Liconic Power Unit (LPU) is an innovative energy solution that aims to replace traditional battery systems in various sectors, including drones, electric vehicles, and industries. The LPU uses ethanol, a renewable and eco-friendly biofuel, as its energy source, providing several advantages over traditional batteries.
Gyro_6DoF - The Transformer of the Specified Part of the Space-time Expansion Energy Into Electrical Energy
A fundamentally new type of power mechanical gyroscope Gyro_6DoF with the maximum number of degrees of freedom in a holonomic mechanical system is proposed, the operation of which was developed and tested using AI.
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