Introducing the MX-G7M Electric Scooter, a pinnacle of innovation and performance engineered to redefine urban mobility. Designed for riders seeking unparalleled power, efficiency, and reliability, this rear-wheel-drive scooter combines cutting-edge technology with elegant aesthetics to deliver an experience that exceeds expectations.
Power & Speed: Equipped with a robust 500W rear-drive motor, the MX-G7M effortlessly achieves a top speed of 27.9 mph, ensuring swift and responsive navigation through urban landscapes.
Extended Range: Powered by a high-capacity 48V, 24Ah (1152Wh) lithium-ion battery, it delivers an industry-leading range of 47.8–52.9 miles per charge, eliminating range anxiety for daily commutes and extended adventures.
Lightweight Design: Weighing just 47.2 lbs, its portability is unmatched, making it ideal for seamless storage and transport.
Advanced Terrain Handling: Tackle inclines up to 30° with confidence, supported by 8-inch honeycomb tires that optimize grip and durability across diverse surfaces.
Patented Hydraulic Suspension: Our exclusive, patent-certified hydraulic shock absorption system outperforms traditional spring mechanisms, delivering smoother rides by efficiently dampening vibrations on uneven terrain.
Dual Braking System: Enhanced safety with front and rear dual-disc brakes, ensuring precise stopping power and control in all conditions.
Sleek & Functional Design: Merging avant-garde aesthetics with ergonomic precision, the MX-G7M stands out with its streamlined silhouette and intuitive controls, prioritizing both style and usability.
Reliable Support Network: Backed by a nationwide service network of over 3,000 authorized repair partners across 600+ U.S. cities, we guarantee prompt, localized maintenance to keep your scooter in peak condition.
As the sixth-generation iteration of our flagship series, the 2025 MX-G7M embodies six years of relentless refinement. Enhanced charging efficiency, accelerated performance, and extended durability converge to set a new benchmark in electric mobility.