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Ahiravata's State-of-the-Art

Three-Wheeler Engine Technology

Release a Huge, Constant Torque - In comparison to any conventional crankshaft engine that only deliver fleeting torque, with Ahiravata’s state of the art technology, experience unparalleled performance with maximum torque for 90% of the stroke. This final outcomes in smoother as well as more dependable operation in addition to improving the vehicle's acceleration & load-carrying capacities. Apart from that, our technology truly makes sure the power is steady as well as reliable while going up steep hills or carrying large sized loads, thus improving the driving experience overall with no further worries at all.

Attain Higher Fuel Efficiency

Our three-wheeler engines ensure significant cost savings as well as a lower carbon impact by using less than half the gasoline to generate the same horsepower. More miles per gallon, fewer refueling stops, as well as lower overall fuel costs are all outcomes of this exceptional efficiency. Our engines are a more cost-effective as well as environmentally friendly option due to their lower fuel consumption, which also has a positive impact on the environment and helps everyone have better living conditions for the human being.

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About Ahiravata Motor Corporation Private Limited & CV Global, Inc.

Adopt Low-Emissions Green Riding:

Ahiravata Motor Corporation Private Limited (India) and CV Global, Inc. (USA) are collaborating to bring groundbreaking Constant Velocity (CV) Engine technology to India and other potential markets. This partnership combines cutting-edge innovation with a focus on efficient, high-performance automotive engineering.


Vision for the Future of Internal Combustion Engines:

Ahiravata, a pioneer in advanced engine technologies, aims to revolutionize internal combustion engines for the future. The Constant Velocity (CV) Engine, a product of the strong partnership between Ahiravata Motor Corporation and CV Global, Inc., is set to redefine benchmarks for performance, efficiency, and sustainability across diverse applications.

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