Ather Energy has filed a new design patent in India, offering the first clear look at an upcoming affordable electric scooter planned for launch in 2026. The patented design is based on Ather’s new EL platform, which is expected to support multiple future electric scooters aimed at a wider audience.
This move signals Ather’s strategy to expand beyond premium electric scooters and enter the mass-market family and commuter segment in India.
What the Patent Reveals
The design patent images showcase a scooter that looks close to production-ready and strongly resembles the EL01 concept previously showcased by Ather. Unlike concept-only designs, this patent includes practical elements required for real-world use.
Key highlights from the patent include:
- A clean, minimalistic family-scooter design
- Functional mirrors and indicators
- Production-friendly body panels
- Focus on comfort and practicality
The overall styling suggests that this scooter is designed for daily commuting rather than sporty performance.
New EL Platform Explained
The upcoming scooter is built on Ather’s EL (Electric Light) platform, which is designed to be more flexible and cost-effective compared to existing platforms.
Main objectives of the EL platform:
- Enable affordable electric scooters
- Support multiple battery configurations
- Allow Ather to launch several new models
- Reduce manufacturing complexity
- Cater to family and daily commuter needs
This platform will play a crucial role in Ather’s long-term product expansion strategy.
Design and Styling Details
Based on the patent drawings, the scooter features a balanced and practical design.
Front Design
- Headlamp mounted on the handlebar cowl
- Wide LED DRL integrated into the front apron
- Turn indicators placed neatly within the apron
- Flat and spacious front section for utility
Side Profile
- Smooth body panels with minimal creases
- Simple, uncluttered look focused on usability
- Floorboard designed for comfortable foot placement
Seat and Comfort
- Single-piece stepped seat
- Integrated pillion backrest for added comfort
- Family-oriented seating posture
- Designed for longer urban commutes
Wheels
- Likely 14-inch front wheel
- Likely 12-inch rear wheel
- Alloy wheel setup aimed at better ride stability
Battery and Range Expectations
While official specifications are yet to be revealed, the EL platform is expected to support modular battery options.
Expected battery details:
- Battery capacity range from around 2 kWh to 5 kWh
- Multiple variants planned with different range outputs
- Focus on balancing affordability and usable real-world range
- Suitable for city and semi-urban commuting needs
This flexibility will allow Ather to price the scooter competitively while offering choice to buyers.
Expected Features and Technology
Ather is known for offering strong technology even in its entry models, and the upcoming scooter is expected to continue that trend.
Likely features include:
- Large TFT touchscreen display
- Connected scooter technology
- Smart software-based features
- Multiple variants with optional feature packs
- Improved safety systems compared to earlier entry-level EVs
The final feature list will depend on variant positioning at launch.
Target Audience and Market Positioning
This scooter is expected to be positioned as:
- A more affordable alternative to current Ather scooters
- A family-focused electric scooter
- Ideal for daily office commuters
- Suitable for first-time EV buyers
- Positioned below Ather’s premium lineup
The aim is to significantly expand Ather’s reach in the Indian electric two-wheeler market.
Expected Launch Timeline
- Design patent filed in India
- Development appears to be in advanced stages
- Expected launch timeline: 2026
- Likely to debut during the festive season
This model is expected to be one of the first production scooters based on the EL platform.
Quick Summary
- New affordable Ather electric scooter patented in India
- Built on the new EL platform
- Family-oriented, commuter-friendly design
- Modular battery options expected
- Focus on affordability and practicality
- Launch expected in 2026
