Ather Patents New Electric Scooter Based on EL Platform, Design Similar to EL01 Concept

Scooters built on the EL platform are designed to have extended service intervals of 10,000 kilometers. This is made possible by a simpler design that reduces the complexity of parts and minimizes brake wear, allowing for faster assembly and maintenance. This improvement is part of Ather's goal to streamline service processes and enhance customer experience.

The Redux concept scooter showcases innovative features such as adaptive ride dynamics, which allows it to transform between scooter and sport bike forms based on the rider's posture. It also utilizes advanced materials like AmplyTex and includes a Morph-UI display that adapts to different riding conditions, enhancing both functionality and user experience.

Ather's Advanced Electronic Braking System (AEBS) is designed specifically to reduce braking distances and prevent rear-wheel lockups, which are common issues in emergency braking situations. Unlike traditional ABS, which primarily prevents wheel lockup during braking, AEBS focuses on enhancing overall braking performance. It is a separate system but can potentially work in conjunction with ABS in future models.

The new Charge Drive Controller integrates the onboard charger and motor controller, eliminating the need for a separate portable charger. This integration not only simplifies the charging process but also frees up additional storage space within the scooter, enhancing convenience for riders. This design reflects Ather's commitment to optimizing space and functionality in their electric scooters.

Ather Energy plans to manufacture scooters based on the EL platform at its new Factory 3.0 in Aurangabad, Maharashtra. This facility is designed to support the production of various scooter types, including commuter, sporty, and family-oriented models. The first model from the EL platform is expected to launch during the festive season of 2026, expanding Ather's product lineup significantly.