Aerospace & Defense
What problem does PropWings solve?
The commercial viability of electric Vertical Takeoff and Landing (eVTOL) aircraft is severely bottlenecked by battery energy density limitations. Compounding this is a critical aerodynamic "dead zone" during the transition between vertical hover and forward flight, where conventional fixed wings remain aerodynamically inert until forward momentum is achieved.
Stealth Drone Using Smart Camouflage and Signature Reduction Technologies Project Objective
The aim of this project is to develop an Stealth Drone that can be near- invisibility to both human observers and detection systems. The drone achieves stealth through visual camouflage, reduced acoustic and thermal signatures, and optimized radio-frequency communication techniques.
In oxygen-free space environments, the power from photovoltaic panels is limited and insufficient to support large-scale engineering projects. Combining a nuclear heat source with an Electronic Carnot Engine (ECE) for power generation could become a critical space technology of the future.
ARES — Assisted Rapid Emergency Sealant System is a crew-assisted emergency repair system for rapidly mitigating small hull breaches in spacecraft, orbital habitats, pressurized rovers, aircraft, and other critical enclosures. ARES may receive breach-location and severity data from a structural impact and leak detection system such as DSILS,
Goal: Establish a space and multi-planetary exclusively robotic workforce system to construct self-sustaining interplanetary space stations and Moon - Mars - Titan planetary colonies, prior to human arrival.
Impact: Mitigate deep-space hazards and disasters by utilizing Earth-based, distributed human operators to manage infrastructure building remotely.
Approach: Transforms planetary colonization into an automated,
The LCR Reader MPB from Siborg Systems Inc. is a 36 g tweezers style LCR/multimeter that brings benchtop grade measurement performance into aerospace and defense maintenance, repair, and overhaul (MRO). It closes the gap between large, expensive benchtop LCR meters and traditional handheld instruments that lack the precision, frequency range, connectivity, and calibration traceability required for mission critical electronics.
GPS and other related GNSS systems have changed the world, when they first came to the market. We rely on them for tracking, surveying and navigating anything, ranging from a multitude of products, goods and services, to navigating vessels, vehicles and cars, and steering traffic, plus many other countless military, civil and engineering applications.
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,
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