Highlights
- For the Indian market, GT Force has unveiled four new scooter models. The collection is priced between Rs 55,555 and Rs 84,555. Accompanied by a five-year guarantee.
- The lineup, which includes Vegas, Ryd Plus, One Plus Pro, and Drive Pro, is priced between Rs 55,555 and Rs 84,555 (ex-showroom).
- In addition, a 5-year or 60,000-kilometre warranty for the range of e-scooters is being offered.
- At its locations in Manesar and Gurgaon, the firm has begun producing the scooters and has even begun dispatching them.
GT Vegas
GT Force offers the Vegas, a low-speed electric scooter, at Rs 55,555 (ex-showroom). Three colour options are available for the vehicle: orange, red, and grey. Reverse mode, park help, USB charging, and an anti-theft alarm are among the EV’s features. The e-scooter’s BLDC motor allows it to reach a maximum speed of 25 kmph. According to the manufacturer, the 1.5 kWh battery pack has a range of up to 70 kilometers. The battery takes four to five hours to charge.
GT Ryd Plus
Similar to the Vegas, the Ryd Plus is a low-speed e-scooter from GT Force, but it has a bigger 2.2 kWh battery pack. The vehicle has a 95-kilometre range, according to the business. Apart from that, the Vegas and this scooter have the same motor configuration and feature package. The cost of the Ryd Plus is Rs 65,555 (ex-showroom).
GT One Plus Pro
In contrast, the GT Force One Plus Pro, which costs Rs 76,555, has a top speed of 70 kmph. With a 2.5 kWh battery and a stated range of 110 km, this e-scooter requires 4-5 hours to fully charge. In addition to the characteristics found in the first two scooters, this one boasts a cruise mode that, when engaged, enhances the scooter’s performance. The GT One Plus Pro weighs 80 kg at the curb, has a saddle height of 800 mm, and 210 mm of ground clearance.
GT Drive Pro
At Rs. 84,555, the Drive Pro is the main product in this line. The One Plus Pro and the e-scooter share the same features and technical details. According to a corporate representative, the price increase is the result of design modifications.