2024
Aerospace & Defense
The Anti-Climb Roof is a patented perimeter security system designed to integrate seamlessly with existing security fences. This system offers an unsurpassed physical and psychological barrier for the protection of borders, industries, and penitentiary facilities. By avoiding the use of harmful elements such as razor wire or electric fences, it ensures the preservation of physical integrity for individuals.
Electric ducted fan propulsion systems are gaining attention for their potential to power next-generation aircraft towards NetZero emissions. These systems can be mounted away from the airframe or embedded within it, the latter being known as Boundary Layer Ingesting (BLI) ducted fans. BLI ducted fans, also known as embedded engines, are partially integrated into the plane's main body.
Power and propulsion system for long range zero-emissions vehicles. The nucleus of the propulsion system consists of our patented dual rotor flux switching superconductive motor operating at 25kW/kg, cryogenic system and ducted propulsor. The power system consists of our NASA licensed closed Strayton and removable battery array.
This project proposes a 360-degree ground-to-air detection system designed to precisely identify and track commercial drones, including mini FPV models. The system leverages a multi-sensor approach for robust and reliable performance.
Multi-Sensor Synergy:
High-Resolution LiDAR: LiDAR sensors provide detailed 3D mapping, enabling accurate detection and positioning of drones in their environment.
The concept of an optimal receiver has long been a theoretical goal for RF engineers and scientists, dating back more than a century. An optimal receiver is characterized by its ability to adjust major parameters to match the characteristics of the receiving signal, thereby optimizing spectrum usage and the receiving process. However,
Problem
To get real-time physiological data of astronauts during spacewalk and training program.
Real time physiological parameter monitoring while working in dangerous environments such as mines, industrial sites, oil and gas industry, factories, etc.
Need of contactless routine monitoring for improved healthy living.
In the COVID-19 Pandemic,
Challenge - Making orbit is always a challenge of converting chemical energy into kinetic energy. Doing that in one stage means you must deal with a wide variety of flight conditions with one solution, but it also means that there is no integration needed before the rocket launches.
The patented Hopper propulsion system is unique with no dangerously exposed rotor blades like a helicopter and multi rotor aircraft. The Hopper with enclosed rotor blades is very safe and low noise and will be extra safe with a parachute system.
The Hopper uses thrust vectoring for steering and transitioning into wing born forward flight.
PROBLEM
Autonomous Systems - aircraft, unmanned aerial systems, and autonomous vehicles rely heavily on sensors (e.g., GPS, cameras, LiDAR, gyroscopes, etc.) for perception and use specialized algorithms for navigation and autonomous operations. The sensors' accuracy and reliability are crucial for these systems' safe operations.
Introduction
This entry presents a civilian aircraft design inspired by the JetZero Blended Wing Body (BWB) concept, emphasizing enhanced efficiency, sustainability, and passenger experience. The proposed design integrates advanced aerodynamics, lightweight materials, and state-of-the-art propulsion systems to create a novel aircraft suitable for commercial aviation.
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