Core Postulates:

1.     Acceleration is achieved by 

transforming energy from an external source—human, horse, engine, or electric motor

—into the kinetic energy of a moving vehicle.

2.    Braking cancels that kinetic energy 

and either (a) dissipates 100% of it as wasted heat (in traditional friction brakes), or (b) wastes up to 75% of it while capturing
at most 25% (in electrical regenerative braking).

3.    In an ideal system, 

if no energy were wasted between acceleration and braking

—only transformed—a single acceleration cycle could theoretically sustain a vehicle indefinitely 

(though real-world losses from road friction and air resistance always require supplemental energy).

4.    Wasting recoverable energy

—the portion that can be captured—is inefficient, counterproductive, and costly.

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5.     Fuel Prices and the World Economy:

As history and recent global events consistently demonstrate, energy prices are both a driver and a clear indicator of worldwide economic and political stability. ReWheel directly reduces fuel and charging expenses by boosting vehicle efficiency—delivering more Miles per Gallon (MPG) and Miles per kWh.

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6.    A better solution is required

—one that not only captures and transforms kinetic braking energy more efficiently 

(supplementing existing EV regeneration), but also brings energy recovery to internal combustion engines,
which still power the vast majority of the world's vehicles.

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7.    What single component defines a vehicle’s ability to move? 

The WHEEL.

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8.    What single component is common to every vehicle—whether powered by gasoline, diesel, hybrid, hydrogen, electric motor, or any future propulsion system? 

The WHEEL.

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9.    What invention, created roughly 5,000 years ago, is still merely being pushed by an outside force—human, horse, donkey, steam engine, combustion engine, or electric motor? 

The WHEEL.

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10.  What acts as the direct conduit transforming engine or motor output into a vehicle's kinetic energy? 

The revolving WHEEL

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—making it the ideal place to capture, store, and reuse that energy.

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