TVS Motors Launches New TVS Jupiter 110 Scooter in India

TVS Motors has officially launched its new scooter, the TVS Jupiter 110, in the Indian market. This latest model will replace the longstanding Jupiter that has been popular for nearly a decade. The introductory price for this new scooter is set at ₹73,700 (ex-showroom), positioning it as a family scooter that directly competes with the Honda Activa.

The design of the new TVS Jupiter has undergone significant changes while retaining the previous chassis. It features a sharper and more stylish appearance compared to its predecessor. The front design includes wide LED daytime running lights, and the side profile has also been altered, providing a more attractive look from the rear with its broadened frame.

In terms of performance, the updated Jupiter is equipped with a new 113cc engine. This engine generates 8 horsepower and 9.8 Nm of torque, reflecting an increase of approximately 0.1 horsepower in output. The scooter is also the first in its segment to feature the ‘iGO Assist’ micro-hybrid technology, which includes a more powerful battery that charges during engine slowdown, aiding in power delivery.

A notable feature of the Jupiter 110 is that it is the only scooter in its segment to come with 12-inch wheels on both ends. The top variant includes a 220 mm front disc brake, while the other variants feature a 130 mm drum rear brake. Additionally, the scooter offers a 5.1-liter fuel tank located within the floorboard, along with a front apron opening feature that enhances convenience.

This model provides ample storage with 33 liters of under-seat space, claiming it can comfortably accommodate two half-face helmets. The top variant also boasts a Bluetooth-compatible digital display that includes turn-by-turn navigation, call alerts, and notification assistance. Users can connect the scooter to the TVS SmartXconnect app through their smartphones, giving access to a variety of features. Furthermore, the new model incorporates start/stop technology to assist in enhancing fuel efficiency.