Harnessing Gravitational Force

Use axial tension instead to manage those forces

Generate dynamic load balancing response

Redirect gravity from pulling down to “lifting up”

Fabricate lighter, stronger beams

Creating the Bridge Archetype of the Future

This new archetype transforms how bridges are constructed enabling faster, cheaper, and lower-carbon deployable bridges.

Live and dead loads are flipped to serve as their own load balancing prestress

We rely on 7 bridge archetypes, all developed prior to 1900

They are expensive to build and have large carbon footprints

Baltimore’s Key Bridge collapse will take 3-4 years to rebuild and cost nearly $2 billion, with substantial negative economic impacts

“State of the art” in deployable bridges is WWII era Bailey Bridge

Integrate equal parts tension members (ligaments, tendons) with compression members (bones) creating new architecture

Total building frame redirects and balances gravity loads

Structural members are optimized for efficiency and economy