The Oben Rorr is a premium electric scooter that offers a perfect blend of style, performance, and technology. With its impressive range, advanced features, and eco-friendly credentials, the Rorr is a compelling choice for those seeking a sustainable and efficient mode of transportation.
A Modern Design
The Rorr boasts a sleek and modern design that exudes elegance. Its clean lines, LED lighting, and premium finish create a visually striking presence on the road. The scooter’s ergonomic design ensures a comfortable riding position, making it ideal for long journeys.
Powerful Performance
The Rorr is equipped with an 8 kW IPSM motor that delivers a powerful and responsive ride. The engine generates a torque of 40 Nm, allowing for quick acceleration and a top speed of 100 km/h. The scooter’s three riding modes (Eco, City, and Havoc) allow you to adjust the performance to suit your preferences and riding conditions.
Long-Range and Efficient Battery
The Rorr’s 4.4 kWh LFP battery provides an impressive range of up to 187 km on a single charge. The battery can be charged from 0 to 80% in just 2 hours, making it convenient for daily commutes.
Advanced Features
The Rorr is packed with modern features that enhance your riding experience. These include a fully digital display, smartphone connectivity, LED lighting, and a strong trellis frame. The Rorr is available in a variety of colors, including Black, Blue, Red, and White. The Rorr may offer under-seat storage for carrying small items.
Pricing and Financing
The Oben Rorr is priced competitively, making it accessible to a wide range of buyers. The starting ex-showroom price is around ₹1,49,999. The company offers financing options, including a down payment and EMI plans, to make it easier to purchase the scooter.
The Oben Rorr is a stylish and efficient electric scooter that offers a sustainable and affordable transportation solution. With its powerful performance, advanced features, and competitive pricing, the Rorr is a compelling choice for those looking to embrace electric mobility.