the project engineering arm of Gyatk
the project engineering arm of Gyatk
Mechanizing Green Engines
Based on the globally patented invention of RVCR
A ‘Rotary pistons mechnism of Energy Conversion’ enabling real time VCR.
A century of refinement, yet still bound by the crank.
Traditional internal-combustion engines, despite 100 years of evolution, remain shackled by fixed compression ratios and linear slider-crank kinematics. Efficiency peaks only in narrow load bands, fuel flexibility is limited, and emission targets grow ever stricter.
Rotary Kinematics powering the next leap in combustion.
RotoDyCo³ Engines apply patented rotary kinematics to overcome the slider-crank’s limits—transferring force more directly and adjusting compression effortlessly for any fuel.
Beyond piston and turbine lies a third fundamental mechanism—RVCR’s rotary continuum—simplifying energy conversion while elevating efficiency and miniaturization.
Energy flows without interruption. Motion becomes continuity.
Inside the toroidal core, every moving element works in sync — no dead spots, no reversals, no wasted effort. Motion becomes a smooth continuum, unleashing a purer, more complete form of energy conversion.
Efficiency that adapts. Power that thinks.
DyCo³ rewrites what engines can do. Instead of fixed designs fighting changing demands, it optimizes itself in real time — across fuels, loads, and conditions — delivering higher efficiency through intelligent adaptability, not brute force.
RotoDyCo³ merges the simplicity of rotary motion with the intelligence of variable compression—creating an engine that learns from its load.
One mechanism, many frontiers.
The RVCR core scales seamlessly from transport to power generation—wherever efficiency, durability, and emissions matter most.
From prototype to prime mover.
Hardware validation and system integration are advancing to industrial readiness with proven manufacturing feasibility.
As electrification surges, prime-mover efficiency remains the weakest link. RotoDyCo³ offers a direct path to low-carbon propulsion without disruptive infrastructure change.
Partner in the green-mechanization revolution.
OEMs and investors can leapfrog incremental innovation by adopting RVCR know-how and IPR for next-gen engine programs.
Explore. Evaluate. Engage.
Dive deeper into the data, visuals, and validations that prove RVCR’s readiness.