Some of the highlights of this new update include more features, an updated design, and a slightly more fuel-efficient V4.
Some of the highlights with this new update include more features, an updated design, and a slightly more fuel-efficient V4.
Ducati has launched the 2025 Multistrada V4 in India, featuring updated styling and new electronic systems across the adventure touring motorcycle range. The Borgo-Panigale-based manufacturer introduced the bike on September 8 through its Indian dealership network, with prices starting at ₹22.98 lakh (ex-showroom, India) for the base model.
The updated lineup includes five variants with different colour options:
All prices are ex-showroom India.
Visual changes include a redesigned front end with new headlight housing and updated exhaust silencer. The panniers and top case have been repositioned to provide more passenger legroom.
The motorcycle features a 6.5-inch TFT display with updated interface and maintains connectivity through the Ducati Connect application.
Managing director of Ducati India, Bipul Chandra, said the updated model represents the company's focus on adventure touring motorcycles for the Indian market.
The 2025 Ducati Multistrada V4 range retains the 1,158 cc V4 Granturismo engine producing 170 bhp and 123.8 Nm, now meeting Euro 5+ emissions standards. However, Ducati has extended the cylinder deactivation technology to help the V4 mill return 6% more mileage than before.
The V4 S continues to offer front and rear radar systems supporting adaptive cruise control and blind spot detection. The 2025 model adds forward collision warning and enhanced brake light systems. Updated electronic aids include three-level engine brake control and improved traction control systems developed from Ducati's MotoGP experience. There’s also a new automatic lowering device that drops the adventure bike’s height by up to 30 mm when travelling below 10kmph, and post 50 kmph it returns to normal height. The higher-specification V4 S model includes semi-active suspension with predictive bump detection and self-levelling functionality for different load conditions.
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