Warehouse Humanoids
Next-generation warehouse robots automate physically demanding, repetitive work in human-centric environments without changing your layout or disrupting operations.
Obstacles
Warehouse operations under pressure
Labor dependency
Warehouse operations rely heavily on manual labor, making them vulnerable to shortages, turnover, and rising workforce costs.
Labor dependency
Warehouse operations rely heavily on manual labor, making them vulnerable to shortages, turnover, and rising workforce costs.
Limited scalability under peak demand
Traditional processes struggle to handle volume spikes, leading to bottlenecks, missed SLAs, and delayed shipments.
Limited scalability under peak demand
Traditional processes struggle to handle volume spikes, leading to bottlenecks, missed SLAs, and delayed shipments.
Inefficient use of space and infrastructure
Human-centric layouts and fixed automation limit storage density and restrict operational flexibility across zones.
Inefficient use of space and infrastructure
Human-centric layouts and fixed automation limit storage density and restrict operational flexibility across zones.
Rigid automation and high investment barriers
Conventional automation requires significant CAPEX and infrastructure redesign, slowing down deployment and extending ROI timelines.
Rigid automation and high investment barriers
Conventional automation requires significant CAPEX and infrastructure redesign, slowing down deployment and extending ROI timelines.
Solution
Built for real-world warehouse automation
Humanoid robots enable AI-powered physical automation in human-centric warehouse environments, addressing labor shortages, rigid systems, and physically demanding operations. They operate within existing workflows, navigating aisles, performing material handling, and adapting to real-world conditions without infrastructure changes. This enables scalable deployment of robotics where traditional automation cannot.
Solution
Built for real-world warehouse automation
Humanoid robots enable AI-powered physical automation in human-centric warehouse environments, addressing labor shortages, rigid systems, and physically demanding operations. They operate within existing workflows, navigating aisles, performing material handling, and adapting to real-world conditions without infrastructure changes. This enables scalable deployment of robotics where traditional automation cannot.
Solution
Built for real-world warehouse automation
Humanoid robots enable AI-powered physical automation in human-centric warehouse environments, addressing labor shortages, rigid systems, and physically demanding operations. They operate within existing workflows, navigating aisles, performing material handling, and adapting to real-world conditions without infrastructure changes. This enables scalable deployment of robotics where traditional automation cannot.
Human-centric operation
Robots operate in warehouse environments built for people, navigating aisles, stairs, and dynamic spaces without layout changes.
Physical task automation
Humanoids automate material handling and physical warehouse operations — including lifting, transport, and repetitive workflows.
Scalable deployment
Deploy AI-powered robotics within existing infrastructure — enabling fast integration and scalable warehouse automation.
Features
How warehouse humanoids transform operations
Autonomous material movement across warehouse zones
Robots transport boxes and materials between storage, packing, and shipping areas, reducing manual movement across long distances.
Autonomous material movement across warehouse zones
Robots transport boxes and materials between storage, packing, and shipping areas, reducing manual movement across long distances.
Autonomous material movement across warehouse zones
Robots transport boxes and materials between storage, packing, and shipping areas, reducing manual movement across long distances.
Handling complex and non-standard operations
Robots operate in areas inaccessible to forklifts or fixed automation — lifting from the floor, reaching upper racks, and working in unstructured spaces.
Handling complex and non-standard operations
Robots operate in areas inaccessible to forklifts or fixed automation — lifting from the floor, reaching upper racks, and working in unstructured spaces.
Handling complex and non-standard operations
Robots operate in areas inaccessible to forklifts or fixed automation — lifting from the floor, reaching upper racks, and working in unstructured spaces.
Contact us
Automate physical work
with humanoid robots
Automate physical work with humanoid robots
Deploy AI-powered humanoids in warehouse environments built
for people, without infrastructure changes or operational disruption.
Robot portfolio
RMC-AIDAL
RMC-AIDAL
Tora Double One
Tora Double One
Oli
Oli
Ottobot
Ottobot
1x Neo
1x Neo
198 lb / ~90 kg
Weight
5.6 ft / 170 cm
Height
11 lb / 5 kg per arm
Payload
86.6 in / 2200 mm
Vertical reach
RMC-AIDAL
LiDAR + Vision + Ultrasonic
Navigation
48V battery
Power
Compute
AGX Orin
Storage
1TB SSD
Connectivity
Wi-Fi / 4G
Robot portfolio
RMC-AIDAL
RMC-AIDAL
Tora Double One
Tora Double One
Oli
Oli
Ottobot
Ottobot
1x Neo
1x Neo
198 lb / ~90 kg
Weight
11 lb / 5 kg per arm
Payload
5.6 ft / 170 cm
Height
86.6 in / 2200 mm
Vertical reach
RMC-AIDAL
LiDAR + Vision + Ultrasonic
Navigation
48V battery
Power
Compute
AGX Orin
Storage
1TB SSD
Connectivity
Wi-Fi / 4G
Robot portfolio
RMC-AIDAL
RMC-AIDAL
Tora Double One
Tora Double One
Oli
Oli
Ottobot
Ottobot
1x Neo
1x Neo
198 lb / ~90 kg
Weight
5.6 ft / 170 cm
Height
11 lb / 5 kg per arm
Payload
86.6 in / 2200 mm
Vertical reach
RMC-AIDAL
LiDAR + Vision + Ultrasonic
Navigation
48V battery
Power
Compute
AGX Orin
Storage
1TB SSD
Connectivity
Wi-Fi / 4G
Results in Warehouse
Measurable business outcomes
Humanoid automation in warehouses improves throughput, flexibility, and cost efficiency by eliminating manual handling and infrastructure constraints.
Up to 70–90%
Reduction in lifting-related injuries on automated tasks
Up to 70–90%
Reduction in lifting-related injuries on automated tasks
2–3 times
Higher productivity in physically demanding operations
2–3 times
Higher productivity in physically demanding operations
Up to 25–40%
Lower labor dependency for repetitive warehouse tasks
Up to 25–40%
Lower labor dependency for repetitive warehouse tasks
Stable throughput
during labor shortages or peak seasons
Stable throughput
during labor shortages or peak seasons
Deployment in weeks
not months — no infrastructure redesign required
Deployment in weeks
not months — no infrastructure redesign required
Direct WMS integration
enabling automated task orchestration and traceability
Direct WMS integration
enabling automated task orchestration and traceability
