Compare specs
Compare Segway ZT3 Pro and Segway GT3 Specs & Performance
Select different scooters below to update your comparison.
Side-by-Side Scooter Specs Comparison
Compare detailed specifications of both electric scooters — from motor power and battery range to weight, price, and features.
Comparison Review: Segway ZT3 Pro vs Segway GT3
Here's how the Segway ZT3 Pro stacks up against the Segway GT3 — from speed and range to comfort and features.
The Segway ZT3 Pro and the Segway GT3 are both impressive electric scooters, yet they cater to different riding preferences and budgets. The ZT3 Pro, priced at $849.99, features a 650W nominal motor that can reach a top speed of 24.9 MPH. Its battery offers a maximum range of 43.5 miles, making it suitable for hybrid terrains. Weighing 65.5 lbs and accommodating riders up to 265 lbs, it incorporates a front and rear spring suspension for a comfortable ride. Safety is enhanced with mechanical and electronic disc brakes, and it has an IPX5 rating for water resistance. The ZT3 Pro also boasts a range of smart features, including app connectivity and location tracking.
In contrast, the Segway GT3, retailing at $1631.99, is a more powerful option with a 1200W motor, achieving a top speed of 31 MPH. It has a slightly longer range of 45 miles, but is heavier at 87.1 lbs with a higher weight limit of 330 lbs. Designed primarily for street use, the GT3 features hydraulic brakes for superior stopping power and an IPX6 rating for better water resistance. Additionally, it includes advanced features like adjustable suspension, self-healing tires, and NFC unlock capabilities, catering to tech-savvy riders seeking a premium experience.
Both scooters have their strengths, with the ZT3 Pro being a more budget-friendly choice for hybrid riding and the GT3 offering enhanced performance and features for urban environments. Your choice will depend on your specific needs and riding style.
Related Comparisons
Discover similar side-by-side matchups that might interest you.
No related comparisons found for this pairing.

