Top 5 Upcoming Electric Bikes in India 2025-2026

Introduction

The electric two-wheeler market in India is poised for unprecedented growth in 2025-2026, with manufacturers preparing to launch groundbreaking models that promise to redefine urban mobility. As India accelerates toward its electric future, the next wave of electric bikes combines cutting-edge technology, impressive performance, and practical features that address the unique challenges of Indian road conditions. From established domestic manufacturers to innovative startups, the competition is intensifying, bringing consumers an array of choices that cater to different needs and budgets.

This comprehensive guide explores the most anticipated electric bikes scheduled to hit Indian roads in 2025-2026. We’ve analyzed manufacturer announcements, industry trends, and consumer preferences to bring you detailed insights into these upcoming models. Whether you’re an early adopter looking for the latest technology or a practical commuter seeking reliable electric transportation, this overview will help you understand what the future holds for electric two-wheeler mobility in India and make an informed decision when these models become available.

The Evolution of Electric Bikes in India

The Indian electric two-wheeler market has evolved dramatically from basic, low-range scooters to sophisticated machines offering performance comparable to their internal combustion engine counterparts. Government incentives under the FAME II scheme, state-level subsidies, and growing environmental awareness have created a fertile ground for electric vehicle adoption. The upcoming models for 2025-2026 represent the third generation of electric two-wheelers in India, focusing not just on basic transportation but on delivering a superior riding experience.

Manufacturers are now addressing key consumer concerns: range anxiety through better battery technology, charging infrastructure through faster charging solutions, and total cost of ownership through improved efficiency and durability. The integration of smart features, connected technology, and advanced safety systems marks the maturation of the electric two-wheeler segment in India.

Top 5 Upcoming Electric Bikes in India 2025-2026

1. Ola S1 Pro Gen 2
Expected Launch: Q1 2025
Expected Price: ₹1,45,000 – ₹1,65,000 (ex-showroom)
Key Specifications:

• Range: 180-200 km (IDC)
• Top Speed: 120 km/h
• Battery: 4.5 kWh lithium-ion
• Charging Time: 0-100% in 4 hours (standard charger)
• Motor Power: 10.5 kW peak power

Standout Features:
The Ola S1 Pro Gen 2 represents a significant evolution from its predecessor, focusing on addressing early adopters’ feedback. The new model features improved build quality, enhanced water resistance for monsoon riding, and a more refined suspension system for better comfort on Indian roads. Ola’s Hypercharger network expansion will be a key enabler, promising faster charging options across major cities. The bike will feature an updated version of Ola’s MoveOS with enhanced navigation, ride analytics, and customizable riding modes.

Target Audience: Urban commuters and tech enthusiasts looking for a feature-rich electric scooter with premium performance.

2. Ather 450X NextGen
Expected Launch: Q2 2025
Expected Price: ₹1,55,000 – ₹1,75,000 (ex-showroom)
Key Specifications:

• Range: 150-170 km (true range)
• Top Speed: 100 km/h
• Battery: 3.7 kWh lithium-ion
• Charging Time: 0-80% in 3.5 hours
• Motor Power: 6.2 kW peak power

Standout Features:
Ather Energy’s 450X NextGen focuses on refining the electric scooter experience with emphasis on ride quality and reliability. The new model will feature an improved battery management system for better thermal management in Indian climate conditions. Enhanced regenerative braking, a larger storage compartment, and better weight distribution address practical user needs. Ather’s growing grid of fast-charging stations and their reputation for build quality positions this as a premium offering for discerning buyers.

Target Audience: Quality-conscious urban riders who value refinement and after-sales support.

3. Revolt RV 500
Expected Launch: Q3 2025
Expected Price: ₹1,35,000 – ₹1,50,000 (ex-showroom)
Key Specifications:

• Range: 150 km (city conditions)
• Top Speed: 110 km/h
• Battery: 3.24 kWh swappable battery
• Charging Time: 4.5 hours (standard), 90 minutes (fast charge)
• Motor Power: 7 kW peak power

Standout Features:
Revolt’s RV 500 builds on the brand’s unique proposition of swappable batteries and artificial engine sound options. The 2025 model features a completely redesigned chassis for better handling, improved suspension for comfort, and enhanced connectivity features. The battery subscription model continues to be a key differentiator, allowing users to upgrade batteries as technology improves. Revolt’s expansion of battery swapping stations in tier-2 cities will be crucial for this model’s success.

Target Audience: Riders seeking motorcycle-like aesthetics with electric powertrain benefits, particularly in cities with battery swapping infrastructure.

4. Tork Kratos R
Expected Launch: Q4 2025
Expected Price: ₹1,60,000 – ₹1,80,000 (ex-showroom)
Key Specifications:

• Range: 160-180 km (city conditions)
• Top Speed: 105 km/h
• Battery: 4 kWh lithium-ion
• Charging Time: 0-80% in 1 hour (DC fast charging)
• Motor Power: 9 kW peak power

Standout Features:
Tork Motors, with its racing heritage, positions the Kratos R as a performance-oriented electric motorcycle. The model features a robust chassis derived from their racing experience, offering superior handling dynamics. The inclusion of DC fast charging as standard addresses range anxiety concerns significantly. Advanced features like ride telemetry, track mode, and performance analytics cater to enthusiasts. The motorcycle-style riding position and aggressive styling differentiate it from scooter-based electric two-wheelers.

Target Audience: Performance enthusiasts and riders preferring motorcycle ergonomics over scooter convenience.

5. Ultraviolette F99
Expected Launch: Q1 2026
Expected Price: ₹4,00,000 – ₹5,00,000 (ex-showroom)
Key Specifications:

• Range: 150-170 km (city), 120 km (highway)
• Top Speed: 160 km/h
• Battery: 7 kWh lithium-ion
• Charging Time: 0-80% in 90 minutes (DC fast charging)
• Motor Power: 40 kW peak power

Standout Features:
The Ultraviolette F99 represents the premium performance segment of electric motorcycles in India. Developed with inputs from the company’s racing program, it features aerospace-grade aluminum chassis, premium suspension components from international brands, and sophisticated electronics package including multiple riding modes, traction control, and cornering ABS. The model positions itself as India’s first electric superbike, competing with 300-400cc petrol motorcycles in performance while offering electric advantages.

Target Audience: Performance motorcycle enthusiasts and early adopters seeking cutting-edge electric motorcycle technology.

Comparative Analysis of Upcoming Electric Bikes

Key Technological Advancements in 2025-2026 Models

Battery Technology Improvements
The upcoming generation of electric bikes features significant improvements in battery technology. Energy density improvements of 15-20% allow for either better range within the same package or similar range with smaller, lighter batteries. Thermal management systems have become more sophisticated, ensuring consistent performance in India’s diverse climate conditions. Battery longevity has also improved, with most manufacturers offering 8-year/80,000 km warranties on battery packs.

Charging Infrastructure Development
2025-2026 will see substantial improvements in charging infrastructure. Manufacturers are collaborating to establish interoperable charging networks, while battery swapping standardization efforts gain momentum. DC fast charging capability is becoming available in premium segments, reducing charging times dramatically. Home charging solutions are also evolving with smart features that optimize charging based on electricity tariffs and grid load.

Connected Features and Smart Technology
Connectivity is becoming a standard feature rather than a premium add-on. All upcoming models feature Bluetooth connectivity, smartphone integration, and over-the-air updates. Advanced models include features like geofencing, theft tracking with immobilization, ride analytics, and predictive maintenance alerts. The integration with larger smart ecosystems and digital assistants is becoming more seamless.

Performance and Handling Enhancements
The new generation of electric bikes addresses early criticism regarding weight distribution and handling. Chassis design has evolved specifically for electric powertrains rather than adapting existing ICE platforms. Suspension systems are being tuned specifically for Indian road conditions, offering better comfort without compromising handling. Regenerative braking systems have become more sophisticated, contributing significantly to range while providing intuitive braking feel.

Market Trends Influencing Electric Bike Development

Government Policies and Incentives
The continuation of FAME II subsidies and various state-level incentives continues to drive electric two-wheeler adoption. Many states offer additional subsidies, road tax exemptions, and registration fee waivers for electric vehicles. The government’s push for local manufacturing through PLI schemes is encouraging domestic production of batteries and components, potentially reducing costs.

Consumer Awareness and Acceptance
Indian consumers are becoming increasingly comfortable with electric vehicle technology. Range anxiety, while still a concern, is diminishing as real-world range improves and charging infrastructure expands. Total cost of ownership calculations are increasingly favoring electric vehicles, especially for high-usage scenarios. Environmental awareness, particularly in urban areas, is also driving adoption.

Competition and Market Segmentation
The electric two-wheeler market is segmenting into distinct categories: affordable commuters, premium city scooters, performance motorcycles, and specialty vehicles. This segmentation allows manufacturers to target specific customer needs more effectively. Competition is driving rapid innovation while simultaneously putting pressure on prices, benefiting consumers.

Infrastructure Development Challenges and Opportunities

Charging Network Expansion
While urban charging infrastructure is improving rapidly, tier-2 and tier-3 cities still face significant gaps. Manufacturers are addressing this through various strategies: Ola is building its proprietary Hypercharger network, while others are partnering with existing fuel stations and parking facilities. Home charging solutions are becoming more accessible, with simplified installation processes and financing options.

Battery Swapping Standardization
The battery swapping model, popularized by Revolt, faces challenges around standardization. Different manufacturers use different battery form factors and mounting systems, limiting interoperability. Industry-wide standardization efforts are underway, which could significantly enhance the convenience of battery swapping models.

Service and Support Networks
As electric vehicle adoption grows, service network expansion becomes critical. Manufacturers are training traditional ICE mechanics on electric vehicle maintenance while also establishing brand-specific service centers. The simpler mechanical nature of electric vehicles allows for more distributed service models, including mobile service vans and authorized local repair shops.

Environmental Impact and Sustainability Considerations

Lifecycle Analysis
Modern electric bikes show significantly lower lifetime emissions compared to ICE vehicles, even when accounting for manufacturing and electricity generation emissions. As India’s grid continues to decarbonize, this advantage will grow further. Battery recycling initiatives are scaling up, addressing end-of-life environmental concerns.

Material Sourcing and Localization
The localization requirements under government schemes are driving domestic sourcing of materials and components. This not only reduces costs but also shortens supply chains, reducing associated emissions. Research into alternative battery chemistries that use more abundant materials is ongoing.

Future Outlook Beyond 2026

The electric two-wheeler market in India is expected to maintain strong growth momentum beyond 2026. Technology improvements will continue to drive down costs while improving performance. New business models, including vehicle subscriptions and battery-as-a-service, will make electric mobility accessible to wider segments of the population. Integration with renewable energy and vehicle-to-grid technology represent the next frontier of innovation.

Conclusion

The upcoming electric bikes for 2025-2026 represent a significant step forward in India’s electric mobility journey. With improved technology, better infrastructure, and more refined products, electric two-wheelers are becoming a compelling alternative to conventional vehicles across multiple segments. For consumers, this means more choices that better match their specific needs, whether they prioritize range, performance, features, or value. As the market matures and infrastructure expands, electric two-wheelers are poised to become the default choice for urban mobility in India, contributing to cleaner cities and reduced dependence on imported fossil fuels.

FAQs

1. How much can I save by switching to an electric bike?
Depending on your usage pattern and local electricity costs, savings can range from ₹15,000 to ₹30,000 annually compared to petrol vehicles, considering fuel costs alone. Additional savings on maintenance (no engine oil changes, fewer moving parts) can amount to ₹3,000-₹5,000 annually.

2. Are electric bikes suitable for highway use?
The newer generation electric bikes with top speeds above 100 km/h and ranges over 150 km are capable of highway use. However, charging infrastructure on highways is still developing, so planning is essential for longer trips.

3. What is the typical battery life of these electric bikes?
Most manufacturers offer 8-year/80,000 km warranties on batteries, with expected useful life of 10+ years under normal usage conditions. Battery degradation of 20-30% over 5-6 years is typical.

4. How safe are electric bikes compared to conventional ones?
Electric bikes undergo the same safety certification processes as conventional vehicles. Additional safety considerations include battery protection and electrical system safety. Reputable manufacturers implement multiple safety systems including battery management, circuit protection, and robust enclosures.

5. Can I get a loan for electric bikes like conventional vehicles?
Yes, most major banks and NBFCs now offer loans for electric vehicles, often with preferential interest rates compared to conventional vehicles. Some states also offer additional subsidies on loans for electric vehicles.

Tags: Upcoming Electric Bikes, Electric Bikes India 2025, Ola S1 Pro Gen 2, Ather 450X NextGen, Revolt RV 500, Tork Kratos R, Ultraviolette F99, Electric Motorcycles India, EV Two Wheelers, Electric Scooter Launch.