Aerospace & Defense
Proposed is a simple, low-cost[ble of rapid, autonomous, door-to-door mobility without requiring an operator/pilot license. Will be powered by our simple, low cost, maximally-efficient, rotary engine designs.
All current modes of transportation are slow, dangerous and costly, using failing infrastructures. Several companies are attempting to address these problems with a large/heavy, electrified,
The project involves establishing a listening station on the Moon for frequencies between 50 and 1500 kHz, consisting of an antenna (or antennas) with a remotely adjustable receiver for these frequencies. The second element is a transmitter that transmits signals to Earth within the standard Artemis mission communication range for further processing.
Modern unmanned aerial vehicle (UAV) operations depend heavily on Global Navigation Satellite Systems (GNSS) and radio-frequency (RF) communications for positioning, timing, synchronization, and command dissemination. In military operations, underground facilities, tunnels, industrial plants, warehouses, and disaster-response environments, these signals may be unavailable, intentionally jammed, or restricted,
MEOSPS is an electric spacecraft propulsion architecture powered by MEOOPS-MAG high-speed rotating structures capable of interacting with the vehicle transitions into near-vacuum conditions, the propulsion mode shifts from aerodynamic interaction toward electromagnetic operation. The overall vehicle architecture is intended to support both atmospheric and orbital operational environments.
Frontline Radiology Diagnosis System. AI system to get battle injury diagnosis during the Golden Hour. The Golden Hour is the initial time frame where a correct battle injury diagnosis can reduce the risk of death by 25%.
The SM-100 is an all-new, next-generation utility transport aircraft designed by Christopher Beskar, Stavatti Aerospace, to deliver tactical payloads, airfreight, and passengers with significantly greater efficiency than existing platforms in its class. A US design patent, USD 1.003.804 S was awarded in November 2023.
The SM-100 was designed and evaluated using standard industry software including SolidWorks,
This design proposes a cost-effective, reusable satellite launch system that combines a high-altitude balloon lift (rockoon) with a novel oblique-wing first stage and skip re-entry procedure to overcome the prohibitive costs, slow turnaround times, and infrastructure demands of traditional rockets. The system lifts a 36–40 metric ton vehicle via ten balloons to 36 km,
Unmanned Aerial Vehicles (UAVs) have become indispensable tools in defense, disaster response, infrastructure inspection, agriculture, logistics, and environmental monitoring. Despite their growing adoption, one of the major limitations of current UAV systems is their vulnerability to crash-induced structural damage. Hard landings, collisions with obstacles, and repeated operational impacts can cause cracks, delamination, fiber breakage,
This project can be applied in Astronomy / Photography, and has the goal of developing a system with which we can measure and control the amount of lighting that a star or a galaxy emits using PID controller. For our best study,
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