Seegrid Lift RS1 AMR Seegrid’s Lift RS1 AMR is the Future of Autonomous material handling
Seegrid manufactures autonomous mobile robot (AMR) solutions for palletized material handling, highlighting its Lift RS1 AMR. This autonomous lift truck is designed to transform material handling workflows, providing unmatched productivity, efficiency, and safety to manufacturing, warehousing, and logistics operations.
Seegrid’s Lift RS1 AMR is capable of a 6-foot lift height, making it ideal for low-lift processes across the most prevalent industrial facility applications. A payload capacity of 3,500 pounds enables facilities to handle heavy loads more efficiently, boosting overall operational productivity. The RS1 demonstrates exceptional reliability, consistently performing tasks with precision and minimal downtime, ensuring seamless material handling operations.
The RS1 has been built with the same proven technology stack, enabling Seegrid AMRs to log over 15 million autonomous production miles in customer facilities. With its vision-guided technology, Seegrid’s Lift RS1 can safely and reliably navigate even the most dynamic environments without requiring infrastructure such as magnets or reflectors. Moreover, the RS1 helps simultaneously address staffing shortages and respond to customer demands by providing facilities with a dependable autonomous solution.
The RS1 features Seegrid’s pioneering Sliding Scale Autonomy, a unique-to-Seegrid innovation that blends the agility of autonomous mobile robots (AMRs) and the predictability of automated guided vehicles (AGVs). This allows the truck to navigate differently based on what is best suited for the specific customer application. Whether performing long-haul routes or dynamically executing picks and drops, the RS1 excels by providing both the predictability and agility required by modern manufacturing, warehousing, and logistics environments. Equipped with LiDAR-based SLAM technology, the RS1 plans dynamic routes based on real-time perception feedback, ensuring reliable picks and drops without explicit training. Sliding Scale Autonomy offers a capability unmatched by competitors, empowering customers to optimize their material handling workflows in ways traditional AMRs and AGVs cannot.
Safety is a top priority for Seegrid, and the Lift RS1 offers 360° safety coverage. The truck has primary and secondary safety sensing capabilities, which is a standout feature in the industry. While many systems rely solely on primary obstruction detection, which can only sense objects within 6 inches of the ground, Seegrid’s secondary obstruction detection technology precisely scans the drop area before payload release. This guarantees an extra layer of safety, ensuring accurate pallet drops and reducing the risk of errors. Seegrid continues to deploy its proven and trusted AMRs in live customer environments—with hundreds of successful deployments and thousands of AMRs—all transforming how customer facilities operate without a single reportable or recordable safety incident.
Beyond offering pioneering autonomous solutions, Seegrid prides itself on its ongoing service and support, proven implementations, and industry-leading ROI. Supporting more than 50 global brands, Seegrid continues revolutionizing how facilities operate. As seen in one customer manufacturing facility, more than a hundred Seegrid AMRs are responsible for nearly 80% of their non-conveyed material moves, cutting inventory levels by up to 30% and expected to deliver positive ROI in less than 18 months. With fast deployment times of weeks, not months, the RS1 can be fully integrated into facility operations without disrupting existing workflows, allowing its benefits to be experienced almost instantly.
The Lift RSI AMR is designed to meet and exceed the ever-increasing demands of today’s modern manufacturing, warehousing, and logistics industries, which rely heavily on palletized material handling. Seegrid’s pioneering autonomous lift trucks continue to bring real value to customers today. As industry innovators, they will continue developing new technology to enable their customers to automate their material handling workflows more than ever before.
