Keeway K300 SF vs Yamaha R2

Highest power the engine/motor can produce.

The highest twisting force the engine generates, which affects acceleration and pulling power.

Design and working of the two-wheeler's engine.

Engine cylinder capacity measured in cc.

The distance from the center of the front wheel to the center of the rear wheel, affecting stability, handling, and riding comfort.

(Anti-locking Braking System) Prevents wheel locking during hard braking, improving control and safety.

The overall design and shape of the bike (e.g., cruiser, sports, scooter).

How power is sent to the wheels (e.g., chain, belt, shaft).

Distance between the bike’s lowest part and the ground.

A component which support foots of the passenger.

Distance from the ground to the seat.

Maximum weight the bike can carry, including riders and luggage.

A USB slot to charge devices like phones.

The method to start the bike (e.g., electric start, kick start, or both).

A button to instantly turn off the engine for safety and convenience.

A switch to flash the high beam, signaling other vehicles while overtaking.

A system that prevents wheel slip by adjusting power during acceleration on slippery surfaces.

A screen that shows important riding information like speed, fuel, and trip details.

Alerts when engine oil is low, preventing damage and ensuring smooth performance.

A device that connects and disconnects the engine from the wheels for smooth gear shifts.

Projector headlights focus on the road, improving visibility, reducing glare for others, and offering a sharper, more efficient beam.

A warning light when fuel is low.

The design of the seat that affects comfort and seating position.

Notifies you of incoming calls or messages on the bike’s screen.

Alerts you if the bike moves beyond a set location boundary.