The 2025 TVS iQube is an electric scooter that combines sustainability, convenience, and cutting-edge technology. This latest iteration is designed for riders who value eco-friendliness and performance. The scooter’s refined design, improved battery efficiency, and enhanced features make it a standout in the electric scooter segment.
The 2025 iQube features a sleek and modern design, with revised LED headlights and a redesigned front apron that gives it a more upscale look. New color options and an upgraded fully digital instrument console will be available. The scooter is expected to come with ultra-fast charging or swappable battery technology, addressing range anxiety and making long rides more convenient.
In terms of performance, the scooter is equipped with a refined electric motor that delivers smooth, silent, and instant acceleration. Improved battery efficiency allows for better acceleration, higher top speed, and an extended riding range. The iQube is known for its effortless and comfortable ride, and the new model is expected to elevate this experience further.
The scooter is packed with features that enhance the riding experience. The fully digital instrument console provides real-time data, including speed, riding mode, battery level, range, and trip details. Bluetooth connectivity allows for turn-by-turn navigation, music control, and call/message alerts. A USB charging port is also expected to be available.
As a smart and sustainable commuter scooter, the 2025 iQube appeals to riders who prioritize eco-friendliness and performance. The scooter is ideal for daily commuting or weekend adventures, offering a convenient, efficient, and feature-packed riding experience.
Some frequently asked questions have been answered: the 2025 iQube features updated design, improved battery efficiency, and new smart connectivity features. It is expected to support fast charging or swappable battery technology. The range of the 2025 iQube has not been officially confirmed, but it is expected to be better than the previous model.