Fledged Technology, Revolving Around Particles

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DRONES, The Future of Cargo Delivery…

Cambridge Consultants has manufactured DelivAir, drone delivery idea that can convey a bundle straight to the hands of its beneficiary, regardless of their area. Drone delivery frameworks have so far been limited by the need to convey to a particular address. Cambridge Consultants’ vision was to make conveyances securely and specifically into the beneficiary’s hand….

DGCA setup guidelines for Drones (Draft)

After years of disallowing people in general from flying drones, India’s aviation regulator, the Directorate General of Civil Aviation (DGCA), on Oct. 30, divulged draft standards for the utilization of unmanned aerial vehicles. “Drones have a lot of capability. Hence, it was generating a lot of interest. Not having any regulations amounted to a complete…

In 1898, Nikola Tesla Predicted Drone Warfare

Nikola Tesla was both of his opportunity and in front of it. Other than his commitments to alternating current electrical frameworks, the inventor anticipated cell phones, TV, and evidently drones, which he thought could cause humankind’s destruction. In a patent that was granted on November 8, 1898, Tesla composed that his creation required no wires…

China Tests Spy Drones In Near Space ‘Death Zone’

China has effectively tried high-altitude spy drones which could enable it to altitude “close space”, a locale of the Earth’s climate where the air is to a great degree thin and the temperature low, a media report said. “Close space” starts at 20 kilometers above ocean level and is otherwise called the “death zone” for…

NASA Plans to Develop Mars Drone at Arctic Research Base

All robotics missions on Mars have been constrained to the actual surface — rovers like Curiosity are reliable, however their range is restricted. While Curiosity has driven more than 10 miles on the Martian surface, it took over five years. A flying drone machine could cover considerably more distance, yet building up a Mars Drone…

Aerodynamic Forces Relations: U.A.V

External Forces: Listed below are the Forces, acting on the body of air vehicle during flight: Drag Force opposite to VT, D Lift Forces perpendicular to VT, L Side Force, S So L, D, S defines one coordinate system. Transformation: Rotation about y axis by α, and Z axis by β then inverting the components:…

General Velocity Relations : U.A.V

Velocity Relations: Linear Velocity: The true airspeed of unmanned aerial vehicle assumed as Vt, which is calculated by air data system represents the magnitude of flight path vector relative to surrounding air mass.  Flight Path vector aligned with wind coordinate system X axis. In the absence of surrounding air mass movement, the true airspeed can…

Coordinate Systems Transformation : U.A.V

Body Fixed From Inertial: Flight Dynamics is the science behind the attitude or orientations of the aircraft in three dimensions. Rolling, Pitching and Yawing, Angles of rotation about the center of mass in 3D are considered three important parameters of Flight Dynamics. Pitching: The Rotation of an aircraft about the lateral axis is called Pitching….

Ground Control Station, Operational Requirements

Operational Requirements of Ground Control station: We should meet these requirements in to our Ground Control station for getting the reliable operations during missions: The G.C.S should provide visual and audio alerts during the operation as a response to different events, such as a low battery level or a problem with the video transmission of…

Ground Control Station, Functional Requirements

Functional Requirements: For better and safe operation of Unmanned Aerial Vehicle depends upon how we control it with the help of numerous functions: Controlling of Aircraft and Payload: G.C.S should be capable of convey commands to U.A.V for controlling the airborne equipments. Airborne equipments include payload, navigational equipments, Engine and Data-Link. Decision Making: The Autonomous…