Commuter-Focused Moped Style E-Bike – S7 features a 1500W motor, 48V 18Ah battery, torque-sensing drive system, front and rear hydraulic disc brakes, and wide 20 × 4.5 off-road tires.
Commuter-Focused Moped Style E-Bike – S7 combines a 1500W motor, a 48V 18Ah battery, a torque-sensing drive system, front and rear hydraulic disc brakes, and wide 20 × 4.5 off-road tires.
This configuration brings together strong electric power, responsive pedal assistance, dependable braking components, and a substantial tire profile in one moped-style electric bike.
The S7 is equipped with a 1500W motor powered by a 48V 18Ah battery.
The motor and battery form the main electric drive system of the bike.
A torque-sensing drive system is one of the main features of the Commuter-Focused Moped Style E-Bike – S7.
The system detects the rider’s pedaling force and adjusts the electric assistance in response to that input. This allows the motor support to work together with the rider’s pedaling effort.
The bike is fitted with hydraulic disc brakes on both wheels:
The dual hydraulic braking configuration is matched with the 1500W motor and wide tire structure.
The S7 uses 20 × 4.5 off-road tires.
The 4.5-inch-wide tire profile gives the bike a broad and substantial wheel structure. The 20-inch diameter also supports the compact proportions commonly associated with moped-style electric bikes.
| Item | Specification |
|---|---|
| Product name | Commuter-Focused Moped Style E-Bike – S7 |
| Battery | 48V 18Ah |
| Motor | 1500W |
| Drive system | Torque-sensing system |
| Front brake | Hydraulic disc brake |
| Rear brake | Hydraulic disc brake |
| Tire | 20 × 4.5 off-road tire |
Commuter-Focused Moped Style E-Bike – S7 combines a 48V power system with torque-sensing assistance, hydraulic braking on both wheels, and wide off-road tires.
Smooth acceleration with stable power output for different road conditions.
Reliable lithium battery delivering extended riding distance.
High-strength aluminum frame designed for durability.
Shock absorption system and ergonomic design improve riding comfort.
Real-time speed, battery level, mileage, and riding mode.
Reliable components reduce maintenance costs and downtime.
