2024
Aerospace & Defense
In the rapidly evolving aviation landscape, technological advancements are crucial in enhancing operational efficiency, safety, and profitability. Kquika, a pioneer in artificial intelligence (AI) and machine learning (ML) solutions, is at the forefront of this transformation. By leveraging sophisticated algorithms and innovative technologies, Kquika is revolutionizing the aerospace/aviation market,
Time travel, a concept often explored in science fiction, remains a dream for now due to its conflict with the laws of physics. When moving in space, we do not carry the entire external environment around us - buildings, trees, people... . We get into the car and drive ourselves. In the same way, in time travel,
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 SM-920 is a revolutionary twin engine single aisle commercial airliner that will set a new standard for efficiency, performance, eloquence and style. It is the first airliner to benefit from an all new configuration in the last 50 years. With its distinguished style,
The windshields, windows, and covers of aircrafts, cars, vehicles, and cameras must endure harsh environments. Snow and ice buildup pose significant risks in cold weather, while fogging can obscure the pilot’s or driver’s view, compromising safety. Icing and fogging on cameras also impact their operational effectiveness. To address these challenges,
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.
Presently, there is a global consideration for air-breathing electric propulsion ramjet configurations, though those utilizing air scoops face significant momentum losses due to air collimation and drag. Several years ago, an idea emerged for a direct scramjet configuration aimed at reducing drag substantially, requiring full ionization of atmospheric molecules.
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.
This project focuses on the design, development, and manufacturing of a small-scale turboprop engine. The goal is to create an efficient and reliable propulsion system using advanced engineering principles and 3D printing.
The engine design includes both axial and centrifugal compressors for optimal air compression. The axial compressor, located at the front,
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