Automotive/Transportation
Loft EV is a sleek, solar-powered electric vehicle designed to redefine urban mobility. With its minimalist prism-like exterior and lounge-inspired interior, it blends comfort, style, and sustainability. Featuring six seats—including rotating front seats and a rear sofa—the Loft EV transforms into a social, semi-autonomous space on wheels.
The challenge:
Renewable fuel based on alcohols, like Methanol, Ethanol and Butanol, show great advantages not only in CO₂ reduction, but also in the engine’s efficiency and its maximum performance. They are however more difficult to vaporize than gasoline, which means difficulties at start up and in general when it is cold.
We are on a mission to transform the way people move by leading the change in the electric mobility revolution. Our vision goes beyond just creating electric vehicles; we aim to shape a greener, cleaner, and more efficient future for our cities and communities.
The AI-Driven Smart Vehicle Tracking and Fleet Optimization System is an innovative automotive security and efficiency platform designed to transform how vehicle fleets are monitored, managed, and optimized. Developed by Sunrise Tracking, this intelligent system leverages artificial intelligence (AI), GPS/GLONASS technology, and real-time data analytics to provide a comprehensive, scalable,
This innovation addresses a key limitation in Opposed Piston Internal Combustion Engines (OP-ICE) by introducing a compact architecture where two pistons operate in a shared cylinder with facing heads. The design offers substantial improvements in size, performance, and volumetric self-sufficiency compared to existing OP engines.
Compact size:
This architecture reduces the engine block width by 30%,
The Rigid deployable shelter is comprised of 12 wedge-shaped segments that nest concentrically into one another and rotate outward around a central connected shaft in a degree-locked manner to form a shelter. Rapid deployment of the Shelter is facilitated by rotating inner segments around the central shaft.
Transportation vehicles of all kinds can have all electric drive trains before sufficient electricity production and distribution grids can be brought online by using FSHEV (Full Series Hybrid Electric Vehicles).
These vehicles will have a Droplet Rotary Internal Combustion Engine (DRICE) driving an Electric Motor/Generator that charges the batteries while an all electric drive train moves the vehicle.
The HexaRev from VI-grade is a next-generation Driver-in-the-Loop (DiL) motion simulator that addresses a critical bottleneck in automotive development: the ability to accurately and safely evaluate vehicle behavior in highly dynamic scenarios—without reliance on physical prototypes. Traditional simulation platforms often struggle with realism, limited motion envelopes, and mechanical inefficiencies.
Internal combustion engines operate with fuel, ignition and air to generate energy by igniting the fuel to create high cylinder pressures. The more efficient that the ignition is, the more power that the engine creates for a given size of engine.
Air that internal combustion engines “breathes” is a mixture of approximately 80/20 nitrogen and oxygen. Nitrogen per se,
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