2023
Aerospace & Defense
Introduction:
Calculations based on NASA's 'Simu' programs show that a single stage to semi-synchronous equatorial orbit, SSEO, with a 100% re-useable craft, propelled by clean, supercooled maglev launch boost, hydrogen/air turbojets, and hydrogen/air rockets, is feasible with a solar powered manufactory generating energy, and condensing, distilling, and storing, propulsion and cooling gases from the atmosphere.
The solar system confronts us with countless mysteries that stir the curiosity of humanity’s brightest minds. However, the prohibitive cost of robotic space exploration renders it inaccessible to most scientists. One emergent technology could lower this barrier: the CubeSat.
There are a lot of data and papers describing how the presence of water is problematic in remote sensing. We use this problem as the source of information.
Application
An indication of surface information (water/soil) helps these in these three applications:
Amphibious seaplanes are easily wrecked when landing on water with wheel landing gear down.
The illustrated airplane tail surface combines articulation and side shift, providing adjustable, on-the-go variable longitudinal control for straight in-runway landings. There is no more correction from flight configuration to ground travel.
Pilots must exercise greater skill and caution in crosswind landings to transition from flight to a landing configuration. Imagine, however,
The project "Revolutionary De-icing Technologies for Enhanced Aerodynamic Performance in Aerospace and Renewable Energy Structures" presents an innovative approach to addressing the challenges associated with ice accumulation on aerodynamic surfaces. This project is submitted for the prestigious Create the Future Design Contest, which recognizes groundbreaking advancements in design and engineering.
Excessive fan noise is prevalent everywhere, from noisy aircraft engines to annoying vacuum cleaners. The rise of drones or Unmanned Aerial Vehicles (UAVs) has contributed to this issue, particularly in cities, due to their constant humming. The incessant fan noise of drones can cause considerable nuisance and stress, contributing to noise pollution. This, in turn, 
Aeroplicity is a platform built for the aerospace and defense industry that reduces operational costs, improves traceability, and enhances cybersecurity all while helping supply chains go green and stand out in the market. Our suite of secure, cloud-based applications is designed to meet the rigorous compliance requirements of Cybersecurity Maturity Model Certification (CMMC), 
Currently, air-breathing electric propulsion ramjet configurations are considered worldwide. However, configurations with air scoops suffer from significant momentum losses due to air collimation and drag. One idea that was proposed a few years ago and requires further development is a direct scramjet configuration that can significantly reduce drag. In this case, full ionization of atmospheric molecules is required.
Akecheta: Revolutionizing Aerial Warfare with the World's First Pilotless Bomber, Drone, and Fighter
Introduction:
The Akecheta, an innovative and groundbreaking invention, represents a paradigm shift in aerial warfare. It is the world's first pilotless bomber, drone, and fighter, boasting an array of exceptional features that redefine the possibilities of airborne operations. With its remarkable capabilities, the Akecheta promises to revolutionize military operations and usher in a new era of unmanned aerial combat.
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, and to acquire and transfer the underwater data to the control station.
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