Automotive/Transportation
Public transport systems around the world still present significant barriers for people with disabilities due to the gap between the train or tram and the platform. This gap can prevent wheelchair users and people with limited mobility from boarding independently, often requiring staff assistance or specialised infrastructure.
DUOBBRAK (compatible with any active safety system) is a new physics paradigm based on a 2016 discovery that ensures safety and enables the complete recovery of all kinetic energy from braking in vehicles from a single point.
Current safety standards are ineffective (since 2016, nearly the entire vehicle fleet has been withdrawn and recalled,
By replacing telescopic forks with trailing link front suspension this has allowed for the largest breakthrough in motorcycle design ever. All performance aspects are improved such as handling control cornering with a 15% reduction in braking distances and a 25% reduction in aerodynamic drag. The design is tried and tested in secret,
Single use plastic bottles has become the most visible and persistent environmental problems in urban areas. Many cities struggle with collecting and processing these bottles because they occupy large volumes in waste bins and transportation trucks. This project proposes innovative mechanical infrastructure solution that combines traffic speed breaker with passive plastic bottle crushing system.
Modern automotive engineering stands at the intersection of traditional mechanical precision and digital intelligence. Today, it is one of the most fertile industries for the implementation of artificial intelligence. Across the world, vehicles increasingly operate on public roads without human input—and sometimes without human presence, especially in the context of autonomous taxi services.
However,