Hesai Technology Showcases Cutting-Edge 3D Lidar Solutions for Smart Logistics at MODEX 2026
Hesai Technology, a prominent global player in lidar solutions, made waves at MODEX 2026 with its groundbreaking 3D lidar technology tailored for smart logistics applications. The event held in Atlanta served as a platform for Hesai to showcase its collaboration with Thoro.ai, a cutting-edge robotics firm based in Pittsburgh. This partnership emphasizes the power of AI autonomy in the logistics sector, integrating Hesai's advanced high-performance mini 3D lidar, the JT128, into Thoro.ai's perception framework. This integration aims to elevate the performance and safety of industrial and commercial robotics to new heights.
Hesai's 3D Lidar Solutions
The focal point of Hesai's presentation was the JT128 lidar, known for its exceptional performance in various robotic applications. By providing precise data for autonomous systems, the JT128 enhances the capabilities of Thoro.ai’s software, CoreFlex. This unified sensor and software suite enables original equipment manufacturers (OEMs) to implement safety-certified autonomous solutions without extensive in-house development. The collaboration allows OEMs to expedite their time to market while minimizing costs, creating a modular platform adaptable across various types of robotic systems.
Hesai's efforts alongside Thoro.ai have already made significant advancements, with four new autonomous mobile robots expected to be launched the following year, all powered by the JT128 lidar. These robots are designed for diverse tasks, including cleaning and material handling, showcasing the scalability of both the CoreFlex software suite and the JT128 lidar across a multitude of applications.
Compact Design and Performance
A standout feature of the JT128 is its compact design. With a height of only 30 mm and a volume 70% smaller than its counterparts, it can be seamlessly integrated into various machine sizes, from compact cleaning robots to substantial industrial systems. This minimized footprint not only simplifies hardware integration but also accelerates the development process, enabling partners to adopt autonomous capabilities swiftly.
Additionally, the JT128 boasts the world’s widest ultra-hemispherical field of view, measuring 360° × 187°. This broad coverage ensures no blind spots, an essential attribute for robotic operations in complex warehouse environments. For instance, several Thoro.ai robotics applications necessitate vertical awareness for object detection below forks and precise alignment with overhead rack beams. The JT128’s vertical field of view makes true autonomous pallet handling possible while adhering to rigorous safety regulations.
Because lidar technology emits laser light, it proves reliable regardless of ambient lighting conditions, thus bolstering the functionality of Thoro.ai's robotics across various challenging environments, including those with reflective surfaces and glass.
Industry Implications
Patrick Mondi, CEO of Thoro.ai, remarked on the essence of their partnership with Hesai, emphasizing that each collaboration is not merely a standalone venture but part of the larger CoreFlex autonomy architecture. This design is inherently modular and safety-certified, suitable for scaling across different machine types. He indicated that the integration of the JT series is fundamental to achieving reliable perception that can adapt to diverse machine designs, thus streamlining the integration for partners, reducing development expenses, and expediting market entry for autonomous solutions.
As Hesai collaborates with Thoro.ai, the convergence of advanced AI-driven autonomy software and high-performance lidar creates opportunities for OEMs to deploy safer and smarter autonomous mobile robots at an accelerated pace. MODEX 2026 attendees were encouraged to visit Hesai's booth (Hall A #5306) to witness firsthand how these innovations are shaping the future of smart logistics, paving the way for safer and more efficient operational capabilities in the logistics sector.
Hesai's commitment to enhancing safety and boosting operational efficiency in logistics through advanced lidar solutions underscores the pivotal role of these technologies in the ongoing evolution of the robotics industry.
Hesai's 3D Lidar Solutions
The focal point of Hesai's presentation was the JT128 lidar, known for its exceptional performance in various robotic applications. By providing precise data for autonomous systems, the JT128 enhances the capabilities of Thoro.ai’s software, CoreFlex. This unified sensor and software suite enables original equipment manufacturers (OEMs) to implement safety-certified autonomous solutions without extensive in-house development. The collaboration allows OEMs to expedite their time to market while minimizing costs, creating a modular platform adaptable across various types of robotic systems.
Hesai's efforts alongside Thoro.ai have already made significant advancements, with four new autonomous mobile robots expected to be launched the following year, all powered by the JT128 lidar. These robots are designed for diverse tasks, including cleaning and material handling, showcasing the scalability of both the CoreFlex software suite and the JT128 lidar across a multitude of applications.
Compact Design and Performance
A standout feature of the JT128 is its compact design. With a height of only 30 mm and a volume 70% smaller than its counterparts, it can be seamlessly integrated into various machine sizes, from compact cleaning robots to substantial industrial systems. This minimized footprint not only simplifies hardware integration but also accelerates the development process, enabling partners to adopt autonomous capabilities swiftly.
Additionally, the JT128 boasts the world’s widest ultra-hemispherical field of view, measuring 360° × 187°. This broad coverage ensures no blind spots, an essential attribute for robotic operations in complex warehouse environments. For instance, several Thoro.ai robotics applications necessitate vertical awareness for object detection below forks and precise alignment with overhead rack beams. The JT128’s vertical field of view makes true autonomous pallet handling possible while adhering to rigorous safety regulations.
Because lidar technology emits laser light, it proves reliable regardless of ambient lighting conditions, thus bolstering the functionality of Thoro.ai's robotics across various challenging environments, including those with reflective surfaces and glass.
Industry Implications
Patrick Mondi, CEO of Thoro.ai, remarked on the essence of their partnership with Hesai, emphasizing that each collaboration is not merely a standalone venture but part of the larger CoreFlex autonomy architecture. This design is inherently modular and safety-certified, suitable for scaling across different machine types. He indicated that the integration of the JT series is fundamental to achieving reliable perception that can adapt to diverse machine designs, thus streamlining the integration for partners, reducing development expenses, and expediting market entry for autonomous solutions.
As Hesai collaborates with Thoro.ai, the convergence of advanced AI-driven autonomy software and high-performance lidar creates opportunities for OEMs to deploy safer and smarter autonomous mobile robots at an accelerated pace. MODEX 2026 attendees were encouraged to visit Hesai's booth (Hall A #5306) to witness firsthand how these innovations are shaping the future of smart logistics, paving the way for safer and more efficient operational capabilities in the logistics sector.
Hesai's commitment to enhancing safety and boosting operational efficiency in logistics through advanced lidar solutions underscores the pivotal role of these technologies in the ongoing evolution of the robotics industry.
Topics Consumer Technology）
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