The Ultraviolette F77 2025 Recon edition is a high-performance Electric Motorcycle that has captured the attention of two-wheeler enthusiasts across India. Designed for speed, agility, and efficiency, the F77 Recon combines cutting-edge electric mobility technology with premium design elements. This upcoming launch aims to set new benchmarks in the Indian EV motorcycle segment, offering riders an exhilarating performance experience while promoting sustainable mobility. With a focus on advanced battery technology, impressive top speed, and urban and highway usability, the Ultraviolette F77 2025 Recon is a standout choice for tech-savvy and performance-oriented riders.
Design and Styling
The Ultraviolette F77 2025 Recon boasts a futuristic design that reflects its performance-oriented nature. The aggressive front fascia, aerodynamic body panels, and sharp LED lighting create a bold presence on the road. Its muscular frame and lightweight alloy wheels enhance maneuverability and stability during high-speed rides.
The cockpit is designed for a comfortable and connected riding experience. A fully digital instrument panel provides real-time data, including battery level, speed, riding mode, and navigation features. Ergonomic seating ensures that both rider and pillion enjoy comfort during urban commutes and long-distance rides.
Key Design Features:
- Aerodynamic body with performance-oriented styling
- LED headlamps, taillights, and DRLs
- Lightweight alloy wheels with disc brakes
- Ergonomic rider and pillion seating
- Fully digital instrument cluster with connectivity
Powertrain, Battery, and Performance
The Ultraviolette F77 2025 Recon edition is powered by a high-efficiency electric motor and advanced lithium-ion battery. This combination provides instant torque, smooth acceleration, and high energy efficiency. With multiple riding modes, the motorcycle caters to both city riding and thrilling high-speed performance on open roads.
The following table highlights the F77 Recon specifications:
| Variant | Motor Type | Battery Capacity | Power (PS) | Torque (Nm) | Top Speed (km/h) | Range (km) | Charging Time |
|---|---|---|---|---|---|---|---|
| Base EV | Hub Motor | 4.2 kWh | 27 | 90 | 100 | 120 | 4 hrs (AC) |
| Performance EV | Hub Motor | 4.5 kWh | 30 | 95 | 120 | 140 | 3.5 hrs (AC/Fast) |
| Premium EV | Hub Motor | 5.0 kWh | 33 | 100 | 140 | 160 | 3 hrs (AC/Fast) |
This setup ensures that the Electric Motorcycle delivers thrilling acceleration, high top speeds, and extended range, making it ideal for urban commuting as well as long rides.
Features and Technology
The Ultraviolette F77 2025 Recon edition comes equipped with advanced technology and smart features to enhance safety, convenience, and performance. Riders can customize settings, monitor battery status, and track rides using the integrated digital system.
Key Features:
- Full digital display with speed, battery, and ride mode indicators
- Multiple riding modes including Eco, Sport, and Performance
- Smart regenerative braking for energy recovery
- App connectivity for navigation, battery monitoring, and analytics
- LED lighting system for visibility and safety
- Lightweight and durable frame for agile handling
These features make the F77 Recon not just a high-performance Electric Motorcycle, but also a technologically advanced and connected two-wheeler suitable for daily commuting and weekend rides.
Range and Battery Efficiency
The Ultraviolette F77 2025 offers a range of 120 km to 160 km depending on the variant and riding conditions. Regenerative braking optimizes battery life by converting kinetic energy into usable power, enhancing efficiency. With fast-charging support on the higher variants, riders can minimize downtime and enjoy longer rides with confidence.
Expected Range by Variant:
- Base EV: 120 km
- Performance EV: 140 km
- Premium EV: 160 km
This combination of extended range, fast charging, and high performance ensures that the F77 Recon remains a practical yet thrilling option for electric motorcycle enthusiasts.
Expected Price and Launch
The price in India for the Ultraviolette F77 2025 Recon edition is expected to range from ₹2.2 lakh for the base variant to ₹3.0 lakh for the premium variant with enhanced battery and features. The motorcycle is expected to be launched in early 2025, initially targeting metro cities where the adoption of premium Electric Motorcycles is high.
Expected Price Range (Approximate):
- Base EV Variant – ₹2.2 lakh
- Performance EV Variant – ₹2.6 lakh
- Premium EV Variant – ₹3.0 lakh
The combination of competitive pricing, premium features, and high performance makes the F77 Recon a highly desirable electric motorcycle for performance enthusiasts in India.
Conclusion
The Ultraviolette F77 2025 Recon edition is a landmark in India’s electric motorcycle segment, combining performance, technology, and style. With its multiple riding modes, high top speed, long-range battery, and smart connectivity features, the Electric Motorcycle offers both practicality and excitement. The expected price in India and upcoming launch in 2025 ensure that the F77 Recon will appeal to riders seeking a futuristic, high-performance, and eco-friendly two-wheeler. This launch strengthens Ultraviolette’s position as a leader in India’s premium electric motorcycle market, delivering an exhilarating riding experience for enthusiasts and early adopters.
FAQs
When will the Ultraviolette F77 2025 launch in India?
The launch is expected in early 2025, with availability in major metropolitan cities.
What is the expected price in India for the F77 Recon 2025?
The price in India is expected to range from ₹2.2 lakh to ₹3.0 lakh depending on the variant.
What is the top speed of the Ultraviolette F77 2025?
The Electric Motorcycle offers a top speed between 100 km/h and 140 km/h depending on the variant.
What is the range of the F77 Recon 2025?
The F77 Recon provides a range of 120 km to 160 km on a single charge depending on the variant.
Does the F77 Recon 2025 come with multiple riding modes?
Yes, it includes Eco, Sport, and Performance modes for optimized efficiency and acceleration.
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