About KGYAT Engines
KGYAT Engines is advancing the development of a new generation of fuel-agnostic internal combustion engines based on the RVCR (Roto-Dynamic Variable Compression Ratio) invention and its engine embodiment, RotoDyCo³™.
Our work is focused on addressing one of the most persistent challenges in engine technology—enabling real-time adaptation to fuels, operating conditions, and emissions requirements without the complexity associated with conventional variable-compression systems.
By reimagining the fundamental mechanics of energy conversion, we aim to create engine platforms capable of supporting the evolving needs of the transport, marine, power generation, and industrial sectors.
Our Vision & Mission
Our Vision
To make fuel-flexible, variable-compression engines viable for the next generation of transport and power systems.
We envision a future where engine technologies can seamlessly adapt to changing fuels, regulatory environments, and operational demands—supporting the transition toward a more sustainable and resilient energy landscape.
Our Mission
To develop, validate, and industrialize RVCR-based engine platforms that deliver adaptive combustion control, fuel flexibility, and superior energy-conversion efficiency.
Our mission is to bridge breakthrough engineering with industrial deployment through rigorous development, collaborative partnerships, and scalable technology platforms.
The RVCR Journey
RVCR originated from a fundamental question:
Can the mechanism of energy conversion itself be improved?
This question led to the development of a new kinematic approach that enables real-time variable compression and enhanced torque transfer through rotary-dynamic motion.
Over the years, the technology has progressed through invention, international patenting, technical validation, simulation studies, and prototype development—forming the foundation for today’s RotoDyCo³™ engine platform.
Origin
Fundamental question: Can the mechanism of energy conversion itself be improved?
Invention
Development of a new kinematic approach enabling real-time variable compression.
IP
International patenting and formal protection of RVCR across key markets.
Validation
Technical validation through simulation studies and prototype development.
Today
RotoDyCo³™ engine platform — the industrial embodiment of the RVCR invention.
Why It Matters
The global energy transition is creating unprecedented demands on engine technology.
Future propulsion and power systems must accommodate:
Multiple Fuel Pathways
Engineered to operate across conventional, alternative, and emerging fuels without hardware changes.
Increasing Emissions Requirements
Adaptive combustion control that can meet evolving global emission standards in real time.
Hybrid Operating Architectures
Designed to integrate seamlessly with hybrid and electrified drivetrain configurations.
Greater Efficiency Expectations
Superior energy-conversion efficiency through dynamic compression ratio optimisation.
KGYAT Engines is focused on delivering practical solutions to these challenges through
a platform designed for adaptability rather than compromise.
Partnerships & Collaboration
Innovation at industrial scale requires collaboration. We actively engage with a broad ecosystem of partners to accelerate the development and deployment of next-generation engine technologies.
OEMs
Engineering Organizations
Research Institutions
Technology Partners
Strategic Investors
Let's Build the Next Generation
of Engine Technology
The global energy transition is creating unprecedented demands on engine technology.
Future propulsion and power systems must accommodate:
Areas of Interest
- OEM Partnerships
- Joint Development Programs
- Technology Evaluation
- Pilot Demonstrations
- Licensing Opportunities
- Research Collaboration
- Strategic Investment Discussions
Contact Information
Location
GYATK RVCR Apparatus Pvt Ltd, India
Phone
+91 74030 08844
Website
kgyat.com
Partnership Inquiry
Interested in learning more about RVCR and RotoDyCo³™ technology? Contact our team to discuss potential collaboration, evaluation programs, and industrial deployment opportunities.