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Why We Built It
Why We Built It
Before integrating the JAZARI mechanism into a fully functional engine, we needed a way to test its motion, durability, and efficiency—without combustion variables interfering. A dedicated cold-testing rig allowed us to study the mechanism’s behavior in a controlled environment, making adjustments and improvements before moving to full-scale engine development.
The Goal of This Project
The Goal of This Project
Validate the kinematics and efficiency
Validate the kinematics and efficiency
of the mechanism under real-world conditions.
Identify potential issues
Identify potential issues
related to friction, stress, and mechanical integrity before engine integration.
Continuous testing
Continuous testing
Allow for continuous testing and fine-tuning without the complexities of combustion-based operation.
Designed & Built In-House
Designed & Built In-House
Fully designed and prototyped in-house
Fully designed and prototyped in-house
Powered by a 55kW AC motor
Powered by a 55kW AC motor
Entirely welded and assembled by our team
Entirely welded and assembled by our team
Cold Testing & Data Collection
Cold Testing & Data Collection
No combustion involved
No combustion involved
high-speed sensors and motion tracking
high-speed sensors and motion tracking
torque measurement
torque measurement
The Outcome
The Outcome
Successfully validated the core motion of the JAZARI mechanism before full-scale engine integration.
Identified and corrected design inefficiencies, lubrication issues, and friction losses.
Allowed for non-stop, repeatable testing, accelerating the optimization process.
Served as a proof-of-concept platform that contributed to research papers and patents.
This cold-testing approach gave us complete engineering control over the JAZARI mechanism, ensuring that when it was finally integrated into an engine, it was already optimized for real-world performance.
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