Previous
Wind Horse H4 Electric Scooter 48V 13Ah 1800W

Wind Horse H4 Electric Scooter 48V 13Ah 1800W

Original price was: د.إ2,190.00.Current price is: د.إ1,750.00. exc. VAT
Next

Windhorse H3 Electric Scooter 60V 40Ah 3000W Dual Motor High performance

Original price was: د.إ5,150.00.Current price is: د.إ4,590.00. exc. VAT
Windhorse H3 Electric Scooter 60V 40Ah 3000W Dual Motor High performance

Windhorse H4 PRO Electric Scooter 48V 23Ah 1800W

Original price was: د.إ2,195.00.Current price is: د.إ1,790.00. exc. VAT

Specification Details
Model Name Windhorse H4 PRO
Motor Power 1800W brushless motor
Battery 48V 23Ah lithium‑ion
Max Range Up to 50 km per charge
Top Speed Up to 50 km/h
Frame Material Aluminum Alloy
Brakes Front + Rear Disc Brakes
Suspension Front fork + Rear shock absorbers
Tire Size 11‑inch all‑terrain tires
Display LED digital
Security Remote lock/unlock system
Storage Lockable storage box
What’s in the Box Scooter, charger, 2 remotes, toolkit
Color Multicolor (H4 PRO)
Department Adult / Unisex
Add to Wishlist
Add to Wishlist

Description

Windhorse H4 PRO Electric Scooter

The Windhorse H4 PRO Electric Scooter 48V 23Ah 1800W is a high‑performance, adult‑ready electric scooter engineered for both urban commuting and adventurous weekend rides. Powered by a robust 1800W brushless motor, this scooter delivers strong acceleration and a thrilling top speed of up to 50 km/h, making it ideal for short‑to‑medium distance travel with confidence and ease.

Equipped with a 48V 23Ah long‑lasting battery, the H4 PRO offers a reliable maximum range of up to 50 km per charge, significantly reducing the need for frequent recharging—perfect for daily commutes, campus runs, or city cruising.

Comfort and control are at the core of the design, featuring dual suspension (front fork + rear shock absorbers) and large 11‑inch all‑terrain tires to absorb bumps and deliver a smooth riding experience on diverse surfaces. The scooter’s lightweight yet durable aluminum alloy frame ensures reliability and resilience without compromising portability.