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A look into the past, a ride into the future: Bosch celebrates three decades of  ...

04.11.2025

Press release

Two Wheeler

A look into the past, a ride into the future: Bosch celebrates three decades of ...

Farmington Hills, Mich. – Thirty years ago, Bosch launched its first production-ready motorcycle ABS system on the market, marking a major milestone in the evolution of rider safety. Since then, Bosch has continuously advanced two-wheeler safety, evolving from foundational ABS units to sophisticated systems such as Motorcycle Stability Control (MSC) and cutting-edge rider assistance technologies. “At Bosch, our mission over the past 30 years has been clear: to make riding safer through innovation, precision, and intelligent technology,” said Geoff Liersch, head of Two-Wheeler & Powersports at Bosch, at EICMA 2025. At the trade fair, Bosch presents its latest advancements in two-wheeler and powersports technology, celebrating three decades of continuous innovation while offering a glimpse into the connected and intelligent riding experience of the future. Bosch’s work on motorcycle ABS began in 1986, building on passenger-car technology that was launched in 1978, and culminated in the first production motorcycle equipped with Bosch ABS in 1995, the Kawasaki GPZ1100 ABS. The company’s sustained commitment led to the establishment of a center of competence for two-wheeler safety technology in Japan in 2007, forming the foundation of a global development hub and a specialized engineering pool. Subsequent milestones include the launch of motorcycle ABS 9 in 2009, the arrival of the compact and lightweight ABS 10 light and base designed for emerging markets in 2016, and the ABS 10 enhanced package tailored to high-performance bikes in 2018. The development of inertial-measurement-based MSC in 2013 marked the start of Bosch’s expansion into advanced active safety systems for motorcycles. Enhancing motorcycle safety beyond ABS Bosch’s Motorcycle Stability Control system, or MSC, provides critical protection in situations where motorcyclists are particularly vulnerable, such as when leaning into bends and during dynamic maneuvers. Combining wheel-speed sensors and a high-frequency inertial measurement unit (IMU), MSC evaluates vehicle dynamics up to 100 times per second to manage braking and acceleration control, even when a motorcycle is pitched and rolled on a corner. Beyond cornering functions, Bosch continues to develop value-added features enabled by MSC, including rear-wheel lift-up control, vehicle hold control for use on slopes, and rear-wheel slide control for performance on the racetrack. A Bosch Accident Research study indicates that, if every motorcycle were equipped with MSC, ABS combined with MSC could prevent or mitigate more than 30 percent of motorcycle accidents involving personal injury in Germany alone. Making these benefits accessible to a broader global audience, Bosch introduced MSC for smaller vehicles in 2023 and is ready to supply MSC solutions to markets where smaller-displacement bikes predominate, including India, China, and ASEAN countries. Since introducing its first production-ready motorcycle ABS system three decades ago, Bosch has continuously advanced two-wheeler safety. Today, ABS is not just a standard; it is a cornerstone of modern motorcycle safety systems. This evolution is reflected in global regulations: the European Union mandated ABS for motorcycles over 125 cc in 2016, followed by India in 2018. Singapore will take this commitment a step further, becoming the first country worldwide to require ABS on all new motorcycles, including those under 125 cc, starting April 1, 2027. This progressive move highlights the growing global focus on rider protection and sets a benchmark for other countries. Bosch continues to lead in this space, providing advanced solutions and integrating connectivity features to enhance both safety and the riding experience across all motorcycle segments. A ride into the future: Bosch innovations at EICMA 2025 At EICMA 2025, Bosch is also showcasing its innovations of today in hall 18, booth E66. In anticipation of the new EU regulation mandating a digital passport for every battery starting February 2027, Bosch is at the forefront of supporting motorcycle manufacturers with robust solutions. The Digital Battery Passport is designed to meet the EU requirements, providing full transparency on a battery’s condition throughout its lifecycle via static and dynamic data. Bosch offers comprehensive digital services that enable OEMs to fulfill these new documentation requirements and manage crucial battery data securely. This solution seamlessly integrates data from multiple sources, offering clear and user-friendly access for OEMs, workshops, dealers, and riders. It also streamlines compliance and enhances battery management. To complement the Digital Battery Passport, Bosch is introducing Battery in the Cloud , a service designed to help motorcycle manufacturers continuously monitor, predict, and improve battery health. This innovative system creates a digital battery twin in the Cloud, which accurately reflects the real battery’s condition using sophisticated data analysis and AI-based models. As a result, it’s possible to detect stress factors and anomalies early on, significantly reducing failures and extending battery life. Battery in the Cloud provides precise insights and forecasts on battery performance and reliability, which supplies manufacturers and owners with critical information. Furthermore, the usage certificate generated by the system confirms the battery’s condition in a tamper-proof manner, providing crucial support for residual value estimation when reselling the vehicle. Further elevating the connected riding experience, Bosch is presenting the Connectivity Cluster 4.2” Round , the latest addition to its expanding Connectivity Cluster series. Addressing the common need for a second display for navigation, which often requires separate holders, this innovative cluster seamlessly integrates connectivity functions. Simply by connecting their smartphone to the Connectivity Cluster, riders gain access to essential features such as navigation, music, and telephony, all while the cluster displays crucial riding information such as warning messages and current speed. Bosch powers two-wheel mobility with advanced drive systems To address the increasing shift toward electrified mobility, Bosch has developed a range of solutions tailored to different two-wheeler segments. Its vehicle control unit and integrated electric drive are designed to enable electric mobility with 6 kW. For smaller vehicle classes, which are particularly popular in markets such as India and southeast Asia, Bosch offers additional in-hub drive systems and corresponding controller solutions. The new Bosch 3 kW drive control unit supports manufacturers in bringing electrification to compact vehicle segments. This unit combines the inverter, engine management, and vehicle control functions within a single compact component. When paired with a wheel hub motor, it enables comfort features such as smoother acceleration and cruise control for maintaining speed. The system’s electric traction control manages motor torque to prevent rear-wheel slip during acceleration, enhancing riding safety. One-throttle ride improves powertrain efficiency by enabling regenerative braking when the rider releases the throttle, extending the electric range by up to 8 percent. Built to withstand harsh conditions, the 2 kW drive control unit features a robust design with high vibration tolerance and IP67 protection, ensuring reliable performance in any weather and on any terrain.

Worlds Converge: Humans at the heart of the mobility revolution

23.05.2018

Press release

Two Wheeler

Worlds Converge: Humans at the heart of the mobility revolution

Flat Rock, Mich . –The mobility industry is the epicenter of innovation as new technologies promise to transform the entire concept of transportation. As a partner to both established and new mobility manufacturers with a portfolio that extends across automation, connectivity and electrification, Bosch has a broad view of the shifting landscape.The global supplier of technology and services provided a glimpse into the future of mobility from multiple perspectives at the Bosch Mobility Experience U.S. 2018, held at the Bosch Proving Grounds in Flat Rock, Mich. Bosch presented technologies at the middle of drivers’ changing relationship with the vehicle and showcased how the convergence of technology is driving the future of mobility. “While many feel a collision of worlds is imminent between traditional and new, the developments on the horizon are rather a convergence than a collision,” said Mike Mansuetti, president of Bosch in North America. “When we take a convergent approach, we bring together the benefits of multiple worlds for the benefit of all.” At its mobility showcase event, Bosch focused specifically on the positive impact to society as part of its Invented for Life brand promise. “The center of development isn’t whose approach is right – the center of development is the human being,” Mansuetti said. “The people inside these next-generation vehicles, their safety and their overall experience are the primary focus. Together we can foster consumer trust instead of anxiety, uncertainty and fear.” Redundancy and driver assistance blaze the path to automated driving Advanced driver assistance systems (ADAS) has been a major growth driver for Bosch. As early as 2019, the company expects to generate sales of two billion euros globally with driver assistance systems and its sales are growing faster than the market. While the global market for radar and video sensors is forecast to grow 20 percent this year, sales of Bosch radar and video sensors are expected to increase by 40 percent globally. Bosch will debut for the first time in North America automatic emergency braking for cyclists . The technology uses sensors to detect cyclists alongside and ahead of the vehicle, monitoring speed, distance, and direction of travel to calculate the risk of an accident. In the case of an imminent collision, the system automatically brings the vehicle to a stop in order to avoid — or at least reduce the severity of — an accident. Driver assistance technologies such as automatic emergency braking are coming to prominence and extending into new use cases as the technology is applied to help keep consumers and drivers safer. As levels of automation continue to increase, partially automated driving functions can help make the driver's trip safer and more relaxing. Bosch highway assist , a partially automated driving function installed in the Maserati MY 2018 Ghibli, Levante and Quattroporte, combines ACC Stop & Go and lane centering functions to control the vehicle's speed, acceleration and braking. To help reach new levels of automation, Bosch is working on redundant solutions for all levels of automated driving . Redundancy ensures safety in a vehicle where a human driver may no longer be able to operate as the backup function. At the Bosch Mobility Experience, the company will feature a redundant braking system that combines Bosch’s electromechanical brake booster (iBooster) and electronic stability control (ESP®) systems, each of which is capable of independently performing braking functions for the vehicle in the rare case of a single failure. Bosch also will present the Servolectric® Paraxial Servo Unit (EPSapa) that provides operational steering in the event the primary system is unable to operate, another redundant solution that makes highly automated driving possible. Connectivity solutions come to life Whether through connected solutions, in-vehicle interaction or the architecture within the vehicle, connectivity is at the heart of future mobility experiences. Bosch’s systems and cross-domain expertise position it to bring connectivity solutions to life. Bosch will showcase vehicle-to-anything (V2X) technologies that sense what is beyond the line of sight by facilitating communication between vehicles and the world around them. At the heart of these solutions is the Bosch connectivity control unit. The result is more time for drivers to react to potentially dangerous situations in scenarios such as left turns and pedestrians in intersections to keep drivers and pedestrians safe. The technology also will provide autonomous vehicles with decision-making information. Connectivity solutions from Bosch also help keep drivers safe inside the vehicle by helping drivers seamlessly and safely connect while reducing time when eyes are off the road. The next generation cockpit designed by Bosch is a system that runs multiple displays and electronics from one electronic control unit. The system implements smart, multimodal human machine interface (HMI) including voice print smart voice recognition, driver identification and a haptic control panel to make the vehicle increasingly driver-centric. It also includes Motion Intelligence HALO Software which limits use of the screen of any smart device that enters the driver’s area, preventing dangerous activity like texting, posting to social media, or emailing while driving. Connectivity also turns the smartphone into a car key. Perfectly keyless uses the driver’s mobile phone as a digital car key to allow passive vehicle access and start. Vehicle access can be securely granted to other users, enabling families, companies, sharing providers and fleet operators to flexibly manage who can access their vehicles and when. Bosch expertise powers new visions of electrification At the beginning of 2018, Bosch combined its powertrain expertise – gasoline, diesel, electric and battery systems – underneath a new business unit: Powertrain Solutions. Consumers in the U.S. have multiple options for powertrains, and Bosch helps manufacturers to provide these choices. As interest in pure electric vehicles increases, Bosch offers e-axle, e-machine, and power electronics technologies to many manufacturers – both established and new. Bosch electrified components are already featured in more than 800,000 vehicles around the world, and the organization has carried out over 30 production projects with OEM partners. One such example is with Nikola Motor Company. The Nikola NZT™ is the most advanced electric UTV in the world with staggering performance and capabilities. It features more than 500 horsepower coming from the state-of-the-art battery and four wheel-independent motors. Impressively, the Nikola NZT™ accelerates from 0-60 in less than 3.5 seconds. Bosch will supply the Vehicle Control Unit and controls software for the vehicle as well as anti-lock braking system as part of an overall energy management solution. Bosch also will provide high-efficiency electric motors for the Nikola two-motor e-axles. Thanks to Bosch components and systems expertise, Nikola’s vision for the NZT is becoming a reality.