The TVS iQube 2026 is a premium electric scooter designed for urban mobility with advanced technology and connectivity features. This electric two-wheeler targets tech-savvy commuters, environmentally conscious riders, and daily commuters seeking zero-emission transportation. With the increasing adoption of electric vehicles in Indian cities, the iQube offers practical range, smart features, and reliable performance for today’s urban lifestyle.
Engine and Performance
The TVS iQube 2026 is powered by a hub-mounted electric motor that produces 4.4 kilowatts of peak power and 140 newton meters of torque. This motor accelerates from 0 to 40 kilometers per hour in 4.2 seconds. Its top speed reaches 78 kilometers per hour, which is suitable for city riding and highway commuting. The scooter has three riding modes for varying performance, including Eco, Power, and Custom.
Mileage and Efficiency
This electric scooter offers a certified range of 100 to 150 kilometers on a single charge, depending on riding conditions and mode selection. All variants feature lithium-ion technology with battery capacities ranging from 3.4 to 5.1 kilowatt-hours. A full charge using standard home charging takes 4 hours and 30 minutes. Fast charging capability reduces charging time by 50 percent in approximately 1 hour and 30 minutes.
Dimensions and Usability
The scooter measures 1,834 millimeters in length, 715 millimeters in width, and 1,180 millimeters in height. The wheelbase is 1,285 millimeters, providing stability during riding. Ground clearance is 165 millimeters for speed bumps. The seat height is 770 millimeters, which comfortably accommodates riders of varying heights. The curb weight ranges from 118 to 135 kg depending on the battery configuration and variant specifications.
Variants and Trims
The TVS iQube 2026 comes in several variants, including the standard model, S variant, and ST variant, with varying battery capacities. Color options include shades like Starlit Blue, Pearl White, Celebration Edition color, and special edition finishes. Higher variants include larger battery packs, enhanced connectivity features, and premium accessories. This range caters to different budget segments and feature preferences.
Safety and Technology
The scooter features a combined braking system with disc brakes on both wheels, ensuring controlled stopping. The digital instrument cluster displays speed, range, battery status, and navigation prompts. Smartphone connectivity through a dedicated mobile application enables ride statistics, vehicle diagnostics, and geofencing. The LED lighting setup includes a headlamp, taillamp, and position lamp. Hill Hold Assist prevents rollback on slopes during stops.
Features and Comfort
The TVS iQube 2026 includes large under-seat storage for a full-face helmet and personal belongings. A USB charging port keeps mobile devices powered during the ride. Reverse mode helps when parking in tight spaces. Tubeless tires reduce puncture-related problems. The scooter features regenerative braking technology that recovers energy during deceleration. Premium seat cushioning and a floorboard design ensure a comfortable riding posture for daily commuting.
Pricing and Ownership
Pricing starts at around ₹95,000 and goes up to ₹185,000 before state subsidies and incentives. Government subsidies significantly reduce the effective price in states. The warranty covers three years or 50,000 kilometers for the vehicle and battery. Service intervals are shorter than those of petrol scooters, and maintenance costs are also lower. Charging costs average ₹15 to ₹20 per full charge.
TVS iQube 2026 Final Words
The TVS iQube 2026 combines excellent range, intelligent technology, and practical features, making it a great electric scooter. Its performance capabilities, connectivity options, and reliable build quality perfectly meet today’s commuting needs. With a competitive post-subsidy price, low running costs, and full warranty coverage, this electric scooter offers value for urban riders looking for a sustainable and connected transportation solution.