Ather Energy has showcased two new electric scooter concepts – the EL01 and the Redux – at its Community Day 2025. The electric two-wheeler maker has unveiled the all-new EL scalable platform, which will underpin the brand’s future models. The first EL-based Ather electric scooter will reach showrooms during the 2026 festive season. This new architecture supports multiple body styles, various scooter sizes and battery packs of up to 5kWh.
Ather Redux Scooter Concept – Design
The Redux is a new maxi-scooter concept, carrying a sporty and futuristic design language. At the front end, it features sharp creases and a body-coloured fairing. One of its major highlights is the new split seat with ‘Ather’ embossing and a 3D printed element. The high-set rear section and steeply angled taillamp are reminiscent of a performance motorcycle.

Ather Redux Scooter Concept – Features
The Redux concept has been packed with several advanced features including “MorphUI”, which allows UI customization on the vehicle. Unlike the existing Ather electric scooter, this new concept features a vertically positioned screen. It also offers haptics for the throttle, which means the handle or throttle grip provides physical feedback through small vibrations or resistance to indicate situations such as eco mode limits, low battery warnings, overspeed alerts, regen braking activation or reaching maximum acceleration.
The Ather Redux concept has been equipped with adjustable suspension, allowing rider to tune or adjust it according to comfort, riding style and road conditions. The EV also features a “Take-off mode”, which lowers the center of gravity and modifies steering response to ensure a sportier riding experience.
Ather EL01 Concept
Alongside the Ather Redux, the Bengaluru-based EV market showcased the Ather EL01 scooter concept, which could the first EL platform-based model to enter production. It features a rectangular-shaped LED headlamp, a glossy black apron, a single-piece seat, wide handlebars and LED taillamp with integrated turn indicators.