AMO Jaunty Pro vs Gaura G6

Highest power the engine/motor can produce.

The type of motor used in bikes.

The range of a two-wheeler on full charge claimed by company.

Maximum weight a two-wheeler can handle.

Highest power a bike/scooter can produce.

The maximum distance an electric two-wheeler can travel on a full charge.

A tyre without an inner tube, reducing puncture risks and maintaining air longer.

(Electronic Brakeforce Distribution) This electronic system uses the engine’s resistance to slow down the bike smoothly, reducing excessive brake usage and improving control.

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.

Bike’s weight with fuel and fluids.

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.

Different settings (e.g., Sport, Eco, Rain) that adjust performance and power delivery.

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

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

Measures and records the total distance the bike has traveled since new.

Estimates how far you can ride before the fuel runs out.

Warns when the battery charge is low and may need recharging or replacement.

Flashing lights on a two-wheeler that indicate the rider's turning or lane-changing direction.

Total energy the battery can store.

Time for quick battery charging.

Warranty period for the battery.

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

Alerts if someone tries to steal or tamper with the bike.