Horizon Robotics Unveils SuperDrive Intelligent Driving System: Three Innovative Technologies Lead the New Era of Autonomous Driving
Horizon Robotics Unveils SuperDrive Intelligent Driving System: Three Innovative Technologies Lead the New Era of Autonomous DrivingOn January 13th, Horizon Robotics held its "Beyond the Horizon: Horizon Intelligent Driving Technology Outlook Day" event in Shanghai. The event showcased the company's mass production innovations in integrated hardware and software technology and offered a glimpse into the anticipated explosion of high-level autonomous driving in 2025
Horizon Robotics Unveils SuperDrive Intelligent Driving System: Three Innovative Technologies Lead the New Era of Autonomous Driving
On January 13th, Horizon Robotics held its "Beyond the Horizon: Horizon Intelligent Driving Technology Outlook Day" event in Shanghai. The event showcased the company's mass production innovations in integrated hardware and software technology and offered a glimpse into the anticipated explosion of high-level autonomous driving in 2025. The highlight of the event was the debut of three groundbreaking innovations within the Horizon SuperDrive intelligent driving system, designed to significantly enhance the autonomous driving experience and propel the industry to new heights.
Dr. Yu Kai, Founder and CEO of Horizon Robotics, delivered a keynote address. With wit and insight, he recounted Horizon's journey since its inception, focusing on the application of machine learning and neural network technologies to the field of intelligent driving. Dr. Yu emphasized that the ultimate value of technology lies in enhancing human capabilities, and that Horizon's mission is to use technology to make human lives safer and better. He articulated Horizon's unwavering commitment to technological advancement and its human-centric approach to improving lives, providing a strong philosophical foundation for the launch of the SuperDrive system's three innovative technologies.
The three innovative technologies unveiled in the SuperDrive system represent a significant breakthrough in the field of intelligent driving, signaling a new stage in its development. These are not simply additive features; they are systemic innovations based on Horizon's years of accumulated expertise in integrated hardware and software and a deep understanding of user needs.
First Innovation: China's First City NOA Function Integrating Reverse Driving Capabilities
Traditional city NOA (Navigation on Autopilot) functions often require driver takeover in reverse, creating significant inconvenience in narrow city streets. The SuperDrive system has overcome this challenge, launching China's first city NOA function integrating reverse driving capabilities. This function enables seamless "three-point turns," "five-point turns," and even "N-point turns" in narrow urban areas, all without driver intervention. This greatly expands the application scenarios of intelligent driving, particularly in urban environments with limited parking spaces and complex road layouts, improving driving efficiency and reducing driver stress and workload. This breakthrough reflects not only advanced technology but also Horizon's precise grasp of user needs and pursuit of optimal user experience.
This achievement requires highly accurate perception, planning, and control capabilities. The SuperDrive system must accurately perceive the surrounding environment, including vehicles, pedestrians, and traffic signs; perform complex path planning to calculate the optimal reversing route; and precisely control the vehicle's steering, speed, and braking to ensure safe and smooth reversing. This necessitates powerful computing capabilities and algorithms, areas in which Horizon has accumulated significant technical strength.
Second Innovation: China's First City NOA Function Supporting Roaming Mode (Urban + Park)
Beyond its advancements in reverse driving, the SuperDrive system innovates in city NOA functionality by introducing China's first city NOA function supporting roaming mode (urban + park). Within closed parks, the vehicle can automatically roam without needing navigation, offering significant convenience in locations like large logistics parks, industrial parks, or large residential complexes. In urban settings, even without a destination, the system can guide the driver through unfamiliar city streets, providing a novel driving experience.
This function requires strong environmental perception and autonomous decision-making capabilities. The system must accurately identify various road conditions and traffic signs and autonomously plan routes based on the surrounding environment to ensure safe and smooth driving. In the future, this function may integrate with intelligent parking capabilities to ultimately achieve true "point-to-point" autonomous driving, further enhancing the user experience. This functionality not only benefits users but also demonstrates Horizon's foresight into future trends in intelligent driving.
Third Innovation: China's First City NOA Function with Autonomous Congestion Avoidance
The SuperDrive system also achieves a major breakthrough in planning and decision-making strategies, launching China's first city NOA function with autonomous congestion avoidance. The system analyzes navigation information, autonomously plans the assisted driving route, and helps users avoid congested sections, improving travel efficiency. This is a significant advantage for frequent city drivers. In peak-hour traffic, this function effectively saves time and fuel, increasing user efficiency.
This technology relies on Horizon's precise prediction and analysis of traffic conditions. The SuperDrive system must accurately predict traffic congestion and select the optimal route based on real-time traffic data, enabling users to circumvent congested areas. This requires powerful data processing and analysis capabilities and accurate predictive models. It showcases Horizon's deep expertise in artificial intelligence and its precise understanding of user needs.
Overall Performance of the SuperDrive Intelligent Driving System: Stable and Reliable, Comparable to an Experienced Driver
Beyond these three innovations, the SuperDrive system excels in overall stability and performance. In various complex traffic scenarios in Shanghai, the SuperDrive system demonstrated interaction and negotiation capabilities comparable to an experienced driver, gracefully handling complex road conditions, underscoring its reliability and safety. Furthermore, the SuperDrive system utilizes next-generation SR real-time environment rendering capabilities, creating an HMI (Human Machine Interface) comparable to AAA game graphics, providing drivers with an immersive experience and significantly enhancing driving comfort and enjoyment.
Horizon's Mass Production Capabilities and Future Outlook
With its extensive portfolio of hardware and software products and large-scale mass production capabilities, Horizon has partnered with over 40 global automakers and brands, empowering over 300 vehicle models. Currently, Horizon's Journey family of in-vehicle intelligent computing solutions has accumulated shipments of over 7 million units, and the Journey 6 series has received platform-level orders from over 20 automakers and brands.
Looking ahead, Horizon will continue to leverage its large-scale mass production experience and full-scenario intelligent driving products as cornerstones, collaborating closely with upstream and downstream partners to jointly compete in the second half of the automotive intelligence race. With the mass production of SuperDrive and the Journey 6 series, Horizon is poised to set a new industry benchmark and lead the future development of intelligent driving technology. The launch of the SuperDrive system is not only a demonstration of Horizon's technological prowess but also a significant milestone in the development of intelligent driving technology in China. Horizon is expected to continue to bring more innovation and breakthroughs to the field of intelligent driving.
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