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Manufacturer profile · No. 34

Bear Robotics, Inc.

Bear RoboticsUSA
Models offered7

Numbered robot profiles with use cases, key specifications and a direct detail page.

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Founded2017Company origin · USA
HeadquartersRedwood City, California, USAPrimary company location
Robotics since5–10 yearsFirst robotics work or public program
Scale-Latest official company indicator
Robot catalog

Bear Robotics, Inc. robot models

Every model opens into its own detail page with specifications, applications, strengths and limitations.

7 models
Carti Low-Profile by Bear Robotics, Inc.Model 1Logistics & Warehousing
Bear Robotics, Inc.

Carti Low-Profile

Mobile Robots (AMR)

The Bear Robotics Carti Low-Profile is a heavy-duty autonomous mobile robot (AMR) engineered for industrial logistics, warehouse automation and manufacturing environments. Available with payload capacities of 400 kg, 600 kg, 1,000 kg and 1,500 kg, it features an independently actuated low-profile lift plate that docks beneath carts or payload platforms, enabling precise lifting and transport without robotic arms. Combining LiDAR SLAM, a front-mounted 3D camera, intelligent obstacle avoidance and Bear Robotics' Autonomous Control System (ACS), the platform safely operates alongside workers while coordinating fleets of more than 500 robots. With rapid charging (under 1.5 hours), tight-space manoeuvrability and seamless integration with warehouse management systems, Carti Low-Profile is designed for high-throughput industrial material handling.

ACS Fleet Management · Commercially Available
KR1 by Bear Robotics, Inc.Model 2Manufacturing & Industrial Operations
Bear Robotics, Inc.

KR1

Humanoid Robots

Kinisi/Bear wheeled humanoid for picking, placing, sorting and transporting boxes, bins and other materials in warehouses, factories and hospitality back-of-house work.

180° LiDAR · 3D Mapping
Servi Clean by Bear Robotics, Inc.Model 3Cleaning & Facility Maintenance
Bear Robotics, Inc.

Servi Clean

Service Robots

The Bear Robotics Servi Clean is an autonomous commercial floor-cleaning robot designed to automate vacuuming, sweeping and dust mopping in hospitality, retail, healthcare and commercial environments. Using LiDAR-based autonomous navigation, advanced obstacle avoidance and cloud fleet management, the robot performs scheduled cleaning with minimal human intervention. Its high-capacity dust collection system, autonomous docking, remote scheduling and fleet management capabilities enable efficient cleaning of busy commercial facilities while allowing staff to focus on higher-value tasks. Servi Clean forms part of Bear Robotics' wider automation ecosystem alongside Servi, Servi Plus, Servi Q, Servi Clean Max and Carti.

Commercially Available · Camera
Servi Plus by Bear Robotics, Inc.Model 4Food Service
Bear Robotics, Inc.

Servi Plus

Service Robots

The Bear Robotics Servi Plus is a high-capacity autonomous hospitality service robot designed for restaurants, hotels, senior living communities, stadiums and other high-volume service environments. Measuring 533 × 584 × 1,219 mm and weighing approximately 51 kg, it can transport over 16 entrées or 40 kg (88 lb) across 2–4 configurable trays. Using LiDAR SLAM, multiple cameras, AI obstacle avoidance and an advanced active suspension system, Servi Plus safely delivers food, drinks and dishes across ramps, thresholds and varied flooring while maintaining stability for liquids. Additional features such as multi-destination delivery, fleet orchestration, responsive LED lighting, dot-matrix messaging and cloud management make it Bear Robotics' flagship hospitality platform for high-throughput service operations.

Audio System · Commercially Available
Servi Q by Bear Robotics, Inc.Model 5Food Service
Bear Robotics, Inc.

Servi Q

Service Robots

The Bear Robotics Servi Q is the most compact member of the Servi hospitality robot family, developed in collaboration with SoftBank Robotics for restaurants, cafés, hotels and other venues where space constraints have traditionally limited robot adoption. Measuring 350 × 466 × 1,060 mm and weighing 45 kg, Servi Q can navigate aisles as narrow as 450 mm (18 inches) while carrying up to 30 kg across configurable tray layouts. Features including reverse navigation, backward obstacle detection, peer-to-peer fleet coordination, spill-resistant transport, wheel-cleaning mode and an integrated 18.5-inch guest engagement display make it well suited for busy, high-traffic hospitality environments.

Commercially Available (Phased Rollout) · Backward Collision Detection
Model 6Manufacturing & Industrial Operations
Bear Robotics, Inc.

Carti 100

Mobile Robots (AMR)

The Bear Robotics Carti 100 is an industrial autonomous mobile robot (AMR) designed to automate material handling in warehouses, factories and logistics facilities. Measuring 537 × 570 × 1,507 mm and weighing 55 kg, it can transport payloads of up to 100 kg (220 lb) using configurable shelving or conveyor modules. Equipped with autonomous SLAM navigation, LiDAR-based obstacle avoidance, Bear Robotics' Autonomous Control System (ACS), automatic charging and fleet orchestration, Carti 100 integrates into existing facilities without requiring fixed infrastructure such as magnetic tape or guide rails. It also supports integration with warehouse management systems (WMS), elevators, smart charging stations and industrial automation platforms, making it suitable for Industry 4.0 deployments.

ACS Fleet Control · Commercially Available
Model 7Food Service
Bear Robotics, Inc.

Servi

Service Robots

The Bear Robotics Servi is an autonomous hospitality service robot designed to assist restaurant and hospitality staff by transporting food, beverages and dishes between kitchens and customers. Measuring 1,046 mm tall and weighing approximately 63 kg, Servi uses LiDAR SLAM, camera-based navigation and AI obstacle avoidance to navigate safely through busy dining environments. Featuring two serving trays plus a bus tub with a combined payload of 30 kg, Servi automatically returns to its charging dock after deliveries and supports multi-robot fleet coordination. NSF-certified for foodservice environments, it enables staff to focus on guest interaction while automating repetitive delivery and bussing tasks.

Commercially Available · LiFePO4
Robot24.com coverage

More about Bear Robotics, Inc.

Original videos and articles from our newsroom, gathered here with the manufacturer profile.

Articles

bear-robotics-servi-plus-vs-pudu-bellabot-proComparisonsBear Robotics Servi Plus vs PUDU BellaBot ProPUDU BellaBot Pro and KEENON DINERBOT T11 are commercially available autonomous service robots designed for food delivery, customer interaction and indoor commercial operations. We compare their navigation capabilities, minimum passage widths, movement speeds, charging times, operating endurance and connectivity to examine their suitability for different service environments.Read article pudu-kettybot-pro-vs-bear-robotics-servi-qComparisonsPUDU KettyBot Pro vs. Bear Robotics Servi QPUDU KettyBot Pro and Bear Robotics Servi Q are both autonomous restaurant delivery and service robots compared here on mobility, passage clearance, advertising displays, navigation and obstacle detection, fleet coordination and operating endurance.Read article the-best-robots-for-running-heavy-trays-and-food-in-busy-restaurants-2026RankingsThe Best Robots for Running Heavy Trays and Food in Busy Restaurants 2026 From the kitchen pass to the far end of the dining room, we compare three restaurant delivery robots on tray capacity, navigation with a load, aisle access, shift continuity and staff controls.Read article keenon-dinerbot-t9-vs-bear-robotics-servi-plusComparisonsKEENON DINERBOT T9 vs Bear Robotics Servi PlusKEENON DINERBOT T9 and Bear Robotics Servi Plus are commercially available autonomous service robots designed to transport food, drinks and dishes in busy restaurant environments. We compare their payload capacities, tray configurations, navigation systems and more.Read article keenon-dinerbot-t8-vs-bear-robotics-servi-qComparisonsKEENON DINERBOT T8 vs. Bear Robotics Servi QKEENON DINERBOT T8 and Bear Robotics Servi Q are both autonomous restaurant delivery robots compared here on mobility, narrow-passage navigation, payload capacity, multi-robot coordination, customer interaction and operating endurance.Read article the-best-delivery-robots-for-small-restaurants-and-cafes-2026RankingsThe Best Delivery Robots for Small Restaurants and Cafés 2026The Bear Robotics Servi Q, KEENON DINERBOT T8, KEENON DINERBOT T11, and PUDU KettyBot Pro offer different approaches to restaurant delivery automation. This comparison evaluates their manoeuvrability, carrying capacity, navigation reliability, runtime, and operational support to help small restaurants and cafés identify a suitable delivery robot for their space, service demands, and workflow.Read article bear-robotics-servi-plus-vs-orionstar-luckibot-proComparisonsBear Robotics Servi Plus vs. OrionStar LuckiBot ProBear Robotics Servi Plus and OrionStar LuckiBot Pro are autonomous restaurant delivery robots designed to transport meals and support front-of-house operations. We compare their payload capacities, tray configurations, operating endurance and navigation capabilities to examine their suitability for different restaurant service requirements.Read article bear-robotics-servi-plus-vs-keenon-dinerbot-t10ComparisonsBear Robotics Servi Plus vs. KEENON DINERBOT T10Bear Robotics Servi Plus and KEENON DINERBOT T10 are autonomous restaurant service robots with a stated carrying capacity of 40 kg each. We compare their tray configurations, battery endurance, navigation and customer-facing features to assess their suitability for meal delivery, bussing and restaurant operations.Read article bear-robotics-servi-plus-vs-ubtech-cadebot-l100ComparisonsBear Robotics Servi Plus vs. UBTECH CADEBOT L100Bear Robotics Servi Plus and UBTECH CADEBOT L100 are autonomous service robots targeting restaurants, hospitality and other commercial environments. Based on ROBOT24.com market-research data records, this comparison examines their differences in speed, carrying capacity, runtime, navigation, perception and service capabilities.Read article
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