By integrating the Beetronics touchscreen into the vehicle’s control system, Cyngn provides operators with an intuitive and durable machine interface that enables mission deployment, system monitoring, and manual control when needed.
A Leader in Industrial Autonomous Vehicle Technology
Headquartered in Mountain View, California, Cyngn develops and deploys autonomous vehicle solutions for manufacturers and logistics companies facing labor shortages, rising operational costs, and safety challenges. Its DriveMod technology enables customers to adopt self-driving capabilities without major infrastructure changes or complex facility retrofits.
Cyngn’s DriveMod Tugger, available on Motrec MT-160 platforms, transforms industrial vehicles into intelligent self-driving robots capable of hauling thousands of pounds of goods. The tugger operates with multi-sensor perception systems, redundant safety layers, and centimeter-level navigation accuracy, allowing it to safely transport materials in active production environments.
Major organizations including Coats, U.S. Continental, and G&J Pepsi have deployed the DriveMod Tugger to automate material movement across their facilities, increasing operational efficiency while reducing reliance on manual forklift trips.
Bringing Autonomous Material Handling to Production Facilities
The DriveMod Tugger is designed to automate repetitive hauling tasks across large industrial sites. It can tow loads of up to 12,000 pounds and execute programmable missions using Cyngn’s autonomous driving technology. The vehicle evaluates thousands of candidate paths per second, detects obstacles in real time, and navigates dynamically through production environments without requiring special infrastructure.
At U.S. Continental, the DriveMod Tugger replaced approximately 200 weekly forklift trips between buildings, increasing operational efficiency while improving workflow consistency. At Coats’ 150,000 square foot manufacturing facility, the system automated the transport of heavy components across production lines, unlocking significant labor capacity and accelerating delivery timelines.
To support mission deployment and real-time control, Cyngn required an on-vehicle HMI that was compact, responsive, and industrial-grade. The Beetronics 7-inch touchscreen provides the ideal machine interface for operators to manage tasks directly from the tugger itself.
Engineered for Industrial Environments
The DriveMod Tugger operates in dynamic manufacturing and warehouse environments where dust, vibration, and continuous movement are constant factors. In this setting, the HMI must withstand industrial conditions while remaining responsive and easy to use.
The Beetronics touchscreen display is built with industrial-grade construction suited for vehicle integration. Its compact 7-inch format allows clean installation within the tugger’s operator console while maintaining clear visibility for mission control and status monitoring. The rugged design supports reliable performance even in demanding production environments where downtime impacts throughput and safety.
Because the DriveMod Tugger can easily switch into manual mode when a human driver takes over, the touchscreen serves as a central control point between autonomous and manual operation. The durability and stability of the Beetronics display reinforce the reliability of the overall vehicle platform.
Enhancing Visibility and Control Through an Intuitive Machine Interface
Cyngn Insight, the company’s Fleet Management System, gives customers visibility into fleet performance and mission execution. Operators can deploy and manage missions directly from the vehicle’s touchscreen, making the machine interface a critical interaction point between user and autonomous system.
The Beetronics industrial touchscreen enables operators to monitor system status, initiate routes, and manage vehicle behavior through a clear and responsive interface. Because autonomous systems must balance safety, performance, and human oversight, the HMI plays a vital role in maintaining transparency and control.
In environments where material handling directly impacts production timelines, the clarity and responsiveness of the touchscreen support faster training, improved usability, and greater operator confidence. The compact yet highly legible display ensures that mission parameters and system feedback remain visible even in fast-paced operational settings.
Built for Scalable Deployment Across Industrial Fleets
Industrial automation platforms must maintain consistency across deployments to simplify service, scaling, and long-term planning. As Cyngn expands DriveMod deployments across manufacturing and logistics facilities, hardware stability is essential.
The Beetronics 7TS7M provides long-term product availability and consistent specifications, supporting Cyngn’s scalable growth strategy. By integrating a stable industrial touchscreen platform into its autonomous vehicles, Cyngn ensures that future deployments maintain the same reliable HMI performance across customer sites.
Driving the Future of Autonomous Material Handling
Cyngn’s DriveMod Tugger demonstrates how autonomous vehicle technology can reshape industrial operations. With the ability to haul heavy loads, operate without special infrastructure, and integrate seamlessly into existing workflows, the system addresses some of the most pressing challenges in manufacturing and logistics.
The Beetronics 7TS7M touchscreen serves as the central HMI that connects operators to this advanced autonomy platform. By delivering a rugged, responsive machine interface designed for industrial and vehicle-based applications, Beetronics supports Cyngn’s mission to provide scalable, safe, and cost-effective automation solutions.
Together, Cyngn and Beetronics are enabling smarter material handling through intelligent vehicles and dependable industrial display technology.
