RVCR Deep Tech Innovation
KGYAT is the engineering arm of GYATK, transforming the patented RVCR architecture into practical engines, motors, and fluid machines for next-generation energy conversion.
Why a New Prime-Mover Architecture?
The world faces a climate crisis driven by rising carbon emissions and continued dependence on fossil fuels. Conventional prime movers based on slider-crank mechanisms and turbines are approaching the practical limits of incremental improvement.
While electric vehicles, fuel cells, biofuels, and renewable-energy systems continue to advance, many still depend on century-old machine architectures. RVCR introduces a new prime-mover architecture capable of supporting step-change improvements in efficiency, emissions, adaptability, and machine relevance.
We Are KGYAT
KGYAT is a deep-tech RVCR engineering company at the heart of the RVCR ecosystem. We turn the RVCR concept, developed and patented by GYATK, into tangible machines, working prototypes, and pilot products.
From design and simulation to prototype realization, KGYAT develops RVCR-based prime movers and fluid machines for high-efficiency, adaptable, and future-ready applications.
Moving RVCR from Concept to Reality
Our purpose is to engineer RVCR into practical machine systems that can replace, upgrade, or extend legacy technologies. We advance RVCR through design, development, prototyping, validation, and pilot-product preparation, enabling OEMs and industry partners to integrate RVCR-based machines into their applications and product lines.
From Core Physics to Future Machines
Embedded within the RVCR deep-tech ecosystem, KGYAT pushes RVCR beyond theory and into real machines. We research, design, simulate, prototype, and validate RVCR-based systems, advancing them from proof of concept towards pilot production and industrial adoption.
Our work covers next-generation engines, motors, compressors, and fluid-handling machines developed around the distinctive kinematics and adaptable architecture of RVCR.
RVCR - Kinematics Evolved, Energy Transformed
RVCR is a next-generation energy-conversion methodology. Instead of relying on conventional piston-crank or rotary mechanisms, it uses curved piston-like elements moving sequentially within a toroidal chamber to create alternating compression and expansion.
This architecture offers a new pathway for higher efficiency and performance, reduced emissions, multi-fuel and green-fuel readiness, and compact, modular, and adaptable machine systems.
Higher efficiency and performance
Reduced emissions and carbon footprint
Multi-fuel and green-fuel readiness
Compact, modular and adaptable green machine technologie
Engineering Support Across the Product Journey
KGYAT supports partners across the RVCR product-development lifecycle - from technology and business-case assessment through prototype engineering, pilot products, trials, validation, product grounding, and lifecycle support.
- Developing RVCR Product Business Case
- Pilot Product Projects & Suiting
- Trials & Validation
- Product Grounding & Life Cycle
New Technology Projects
We are translating RVCR into a family of new green-machine technologies, including engines, wind motors, hydro-kinematic drives, compressors, and fluid-handling machines. Each project stream explores how RVCR kinematics can unlock practical gains in performance, efficiency, adaptability, and sustainability.
Our Proposition
Ready to Explore RVCR for Your Applications?
Whether you are an OEM, system integrator, research partner, or innovation-driven organization, KGYAT can help evaluate, prototype, and develop RVCR-based solutions tailored to your products and markets.