A Ducati featuring front and rear radar already in the pipeline for 2020

•Ducati brings forward some of the innovations from its “2025 Safety Road Map”, the strategy aimed at introducing new safety systems and technologies

•Phase one already started: ABS Cornering to be fitted to all motorcycles in the Ducati range

•Ducati testing future-oriented radar systems soon to be fitted to a production motorcycle

Borgo Panigale (Bologna, Italy), 18 April 2018 – Ducati has always been at the forefront regarding safety: the only motorcycle manufacturer world-wide to have a vehicle able to interact with the jacket-integrated D|air® system, and the first company in the industry to equip a heritage/classic model, the Ducati Scrambler 1100, with the ABS Cornering system. This level of safety awareness, combined with the constant drive towards innovation, have led the Bologna-based manufacturer to define its safety strategy until 2025.

At the basis of this many-sided strategic plan is the implementation, in the short term, of ARAS (Advanced Rider Assistance Systems) on Ducati motorcycles. Advanced assistance systems increase rider safety levels via a number of sensors, including radars. These, in particular, are able to provide feedback on the surrounding environment – helping to prevent possible collisions with obstacles or other vehicles by alerting the rider.

Ducati started developing these systems as early as 2016, in conjunction with the Department of Electronics, Information and Bioengineering of the Politecnico di Milano University. The study has led to the development of a warning system based on a rear radar, able to identify and point out vehicles present in the “blind spot” (i.e. the section of the road not visible either directly or in the rear-view mirror), or traffic approaching at high speed from behind. To highlight the technical and scientific value of this research project, developed by Ducati employees, University researchers and undergraduates, in May 2017 a patent application was filed concerning the system control algorithms, and a Scientific Publication was presented at the IEEE – Intelligent Vehicles Symposium (IV) on June 11-14, 2017, at Redondo Beach, CA, USA.

Again in 2017, the Italian manufacturers selected a primary technological partner to ensure system suitability for production – by completing the package with a second radar sensor positioned at the front. The purpose of this device will be to manage the adaptive cruise control, allowing a given distance (which can be set by the user) to be maintained from the vehicle in front, and warning the rider of any risks of distraction-related head-on collisions. All these systems, together with an advanced user interface designed to alert the rider to any existing dangers, will be available on one of the Ducati models coming in 2020.

The first actual step of this strategy called “Safety Road Map 2025” has already been implemented and includes the progressive extension of Bosch ABS Cornering to the whole product range. This system enhances active braking ensuring top-level safety. If standard ABS ensures control of tyre grip loss during braking only when the motorcycle is travelling in a straight line, the more advanced Cornering version allows full braking grip control even when cornering, effectively ruling out the risk of falling during the delicate corner-entry phase. Ducati has confirmed its safety strategy value by introducing the Bosch ABS Cornering system also in its Ducati Scrambler family – fitting it to the top-of-the-range version, the 1100.

Additionally, in 2014, Ducati introduced the only motorcycle in the world able to interact with the Airbag jacket, the Multistrada 1200 D|air® . This system, now available on Ducati’s Multistrada 1260 D|air®, is designed to deploy in just 45 milliseconds (much faster than a stand-alone system), protecting both the rider’s and passenger’s exposed body parts by absorbing impact forces via an airbag expertly built into the rider’s jacket by Dainese. The airbag is capable of split-second inflation before the rider and possibly passenger collide with the obstacle, and is intelligent enough to sense the difference between a potentially dangerous accident and a low-speed incident or a stationary motorcycle simply falling over.