Dualtron Thunder Electric Scooter – 5400W 60V 35Ah

Description

Dualtron Thunder Electric Scooter

The Dualtron Thunder Electric Scooter is a high-performance standing electric scooter built around a powerful dual-motor drive system and large-capacity battery. It features dual BLDC hub motors with a stated maximum output of 5400W together with a 60V 35Ah LG battery.

According to the supplied specifications, the Thunder can reach a stated maximum speed of up to 80 km/h. In addition, its high-capacity battery provides extended riding capability, although actual range depends heavily on speed, rider weight, terrain and riding conditions.

Dual Motor System with Up to 5400W Maximum Output

The Thunder uses a dual BLDC hub motor system with a stated maximum combined output of 5400W.

As a result, this model sits firmly in the high-performance electric scooter category rather than the conventional low-powered commuter scooter segment.

Moreover, the dual-motor configuration provides substantial electric power. However, actual performance varies according to battery charge, rider weight, terrain and operating conditions.

60V 35Ah LG Battery

A 60V 35Ah battery supplies energy to the electric drive system. The supplied specifications also identify LG 3500 cellsand approximately 2,060Wh of battery capacity.

Therefore, the Thunder has a considerably larger battery system than many standard electric scooters.

Nevertheless, actual riding range can vary significantly. Higher speeds and demanding terrain, for example, can substantially increase energy consumption.

Up to 80 km/h Stated Maximum Speed

According to the supplied specifications, the Dualtron Thunder can reach a maximum speed of up to 80 km/h.

However, riders should treat this as a stated maximum specification rather than a guaranteed operating speed. Rider weight, battery level, terrain and other conditions can affect actual performance.

Furthermore, because of this high stated maximum speed, customers should check the regulations applicable to their intended riding area before use.

Hydraulic Braking System

The scooter features hydraulic brakes with ABS together with 160mm brake discs, according to the supplied specifications.

A high-performance scooter requires an appropriate braking system. Therefore, riders should inspect the brakes regularly and address worn or damaged components before riding.

Climbing Capability

The supplied specifications state a climbing capability of up to approximately 47% or 25 degrees, depending on rider weight and battery charge.

However, actual climbing performance depends on several variables. For example, rider weight, battery condition, surface conditions and gradient can all affect performance.

Charging Options

The stated charging times vary according to the charging configuration:

• Approximately 20 hours with one standard charger
• Approximately 10 hours with two standard chargers
• Approximately 5.3 hours with the specified quick charger

Charging time can vary depending on battery condition and charging equipment.

Maximum Load & Scooter Weight

The stated maximum rider load is 265 lb, which is approximately 120 kg.

Meanwhile, the scooter itself weighs approximately 95 lb, or around 43 kg.

Therefore, customers should consider both rider load and scooter weight when determining whether this model suits their requirements.

Key Features

• Dual BLDC hub motor system
• 5400W stated maximum motor output
• 60V 35Ah LG battery
• Approx. 2,060Wh
• Stated maximum speed: 80 km/h
• Hydraulic brakes with ABS
• 160mm brake discs
• Maximum stated load: approximately 120 kg
• Scooter weight: approximately 43 kg
• High-performance standing scooter design

Product Specifications

*Performance figures are based on the supplied product specifications. Actual speed, range and climbing performance can vary according to rider weight, terrain, battery condition, riding style and other operating conditions.

Important Riding Information

The Dualtron Thunder is a high-performance electric scooter with a stated maximum speed substantially above that of a conventional low-speed electric scooter.

Therefore, customers should check the regulations that apply to the intended riding area before use. In addition, riders should use appropriate protective equipment and follow applicable speed and riding-area restrictions.