Entries
HidraThor is a grounding system whose main electrode is at the same time a rehydration system. It consists of a large diameter branched copper channel, covered with hardened conductive cement, and a ferromagnetic element located around the electrode.
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.
Imagine a sky falling situation, where DISCOM can only supply limited electricity, and urban household need 5-10 days autonomy.
I hereby submit a design idea of clinical grade prototype which is both ‘diagnostic’ and provides emergency ‘treatment’ by automatically diagnosing and switching to appropriate mode.
In swirl flame canteen burner, the mixing tube is fitted with lower part of burner barrel tangentially at 20-degree inclination with the barrel horizontal axis so that,
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.
I have designed two different Flying Motorcycles (FM) and one Flying Bicycle. The first FM is 'roadable aircraft' categorized as a Light Sport Aircraft (LSA) that employs our proprietary modified and harnessed, ram-air inflated parafoil type parawing,
Todays friction materials for automotive brakes are high volume, high temperature, high pressure produced industrial goods. LiqFric has created a new way to produce automotive brake pads at temperature not exceeding approx.
Uplift Drones is a pioneering company dedicated to transforming disposable plastic bottles into high-performance drones. Our mission is to reduce environmental impact while delivering cutting-edge drone technology for various industries.
This project focuses on repurposing waste plastic bottles into lightweight, durable drone frames.
The problem to be addressed originates from the inherent deficiencies in traditional pavement monitoring methods for road networks. These methods primarily rely on periodic visual inspections conducted by human personnel, which present significant limitations. Firstly, manual inspection is costly and requires considerable human and financial resources,
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