PAL Robotics REEM-C (Standard)
Where humanoids fit today
Humanoid robots today are best suited to education, research, events and entertainment — teaching robotics and AI, university and R&D labs, trade shows, receptions and brand activations. We expect them to be trained for wider real-world work over the next 12 to 36 months. Talk to us about a research, education or events project.
About This Robot
Overview
REEM-C from PAL Robotics is a robust, human-scale bipedal humanoid robot designed for advanced research in locomotion, artificial intelligence (AI), and human-robot interaction (HRI) studies. Engineered with a full ROS ecosystem, it provides a comprehensive platform for developing and testing complex robotic applications.
It is built for real-world deployment in demanding environments like warehouses, factories, and service settings, combining agile bipedal locomotion with two-arm mobile manipulation to automate a variety of tasks.
Key Features
- **Human-scale Design:** Built to operate effectively and safely around people in diverse environments.
- **Agile Bipedal Locomotion:** Enables movement in complex, human-centric spaces.
- **Two-arm Mobile Manipulation:** Capable of handling and interacting with objects, performing tasks requiring dexterity and coordination.
- **Full ROS Ecosystem:** Provides a complete set of tools and libraries for robotics development, research, and integration.
- **Advanced Perception & Planning:** Supports modern perception and planning stacks for sophisticated environmental understanding and task execution.
- **Flexible Autonomy:** Designed for remote supervision and supports progressive levels of autonomy, from supervised operation to independent task execution.
- **Robust Construction:** Engineered for reliability and durability in industrial and service applications.
Technical Specifications
General Specifications
| Specification | Detail |
|---|---|
| Make | PAL Robotics |
| Model | REEM-C |
| Variant | Standard |
| Robot Type | Bipedal Humanoid Research Robot |
| Scale | Human-scale |
| Primary Use Cases | Locomotion, AI, HRI studies; Mobile Manipulation |
| Ecosystem | Full ROS Ecosystem |
Applications
REEM-C is engineered for real work in a variety of environments, making it suitable for:
- Warehouses
- Factories
- Service Environments
Typical Tasks Include:
- Tote Movement
- Line-side Replenishment
- Machine Tending
- Point-of-Use Delivery
The platform is also adaptable for broader material flow and inspection workflows, starting with repeatable, low-variance tasks and expanding as needed. Integration options include REST- or ROS-based APIs, fleet management hooks, and connectors to WMS-ERP-MES systems.
Benefits
For buyers, REEM-C offers significant advantages in automating industrial and service processes:
- **Automate Challenging Jobs:** Addresses hard-to-staff and ergonomically demanding jobs.
- **Minimal Process Disruption:** Enables automation while keeping existing layouts and processes largely unchanged.
- **Reduced Time-to-Value:** Facilitates faster integration and operational readiness.
- **Stepwise ROI:** Supports a gradual and measurable return on investment through incremental automation.
Seller Description
PAL Robotics develops robotics technologies to help manufacturers, warehouses and service providers automate repetitive, labor-intensive work. The company focuses on humanoids, mobile manipulators, research, delivering reliable platforms that operate safely around people and adapt to changing workflows. Customers use PAL Robotics's robots to accelerate throughput, improve quality and reduce ergonomic risk while integrating with existing software and equipment. Open APIs and partner ecosystems enable fast pilot-to-production rollouts, fleet management and remote support. Representative solutions include TIAGo, supported by training, integration services and lifecycle support to ensure long-term ROI.
manufacturer: PAL Robotics
Visit WebsiteKey Capabilities
REEM-C is a robust, human-scale bipedal humanoid robot engineered for advanced research and real-world deployment.
- Human-scale Design: Built to operate effectively and safely around people in diverse environments.
- Agile Bipedal Locomotion: Enables movement in complex, human-centric spaces.
- Two-arm Mobile Manipulation: Capable of handling and interacting with objects, performing tasks that require dexterity and coordination.
- Full ROS Ecosystem: Provides a complete set of tools and libraries for robotics development, research, and integration.
- Advanced Perception & Planning: Supports modern perception and planning stacks for sophisticated environmental understanding and task execution.
- Flexible Autonomy: Designed for remote supervision and supports progressive levels of autonomy, from supervised operation to independent task execution.
- Robust Construction: Engineered for reliability and durability in industrial, research, and service applications.
Applications
REEM-C is designed as a versatile platform for both advanced research and practical automation in a variety of environments.
Primary Use Cases:
- Research Platform: Ideal for academic and corporate research in locomotion, artificial intelligence (AI), and Human-Robot Interaction (HRI) studies.
- Industrial & Service Automation: Built for real-world deployment in environments like warehouses, factories, and other service settings.
Typical tasks include:
- Tote Movement
- Line-side Replenishment
- Machine Tending
- Point-of-Use Delivery
The platform is adaptable for broader material flow and inspection workflows, with integration options including REST- or ROS-based APIs and connectors for WMS-ERP-MES systems.
Why Choose It
REEM-C offers significant advantages for organizations looking to automate complex industrial processes and advance robotics research.
- Automate Challenging Jobs: Addresses hard-to-staff and ergonomically demanding jobs that are difficult to automate with traditional solutions.
- Minimal Process Disruption: Its bipedal, humanoid form enables automation while keeping existing layouts and processes largely unchanged.
- Reduced Time-to-Value: The full ROS ecosystem and comprehensive integration options facilitate faster deployment and operational readiness.
- Stepwise ROI: The platform supports a gradual and measurable return on investment through the incremental automation of tasks.
Key Features
Popular humanoid platform for EU research
6-DoF arms with 3-fingered hands
Stereo + RGB-D cameras, laser range finders
Technical Details
Onboard PC with ROS support for real-time control
Two 6-DoF arms, 3-finger hands, payload ~3 kg each
Battery powered, ~90 minutes runtime
1.65 m tall, 80 kg, bipedal humanoid
{'hands': 2, 'fingers_per_hand': 3, 'dexterity_dof_per_hand': 10, 'payload_kg': 3}
{'locomotion': ['biped'], 'max_speed_m_s': 0.9}
RGB-D cameras, stereo vision, laser range finders
Lightweight and adaptable for academic R&D
Deployments
Deployment at European universities
Deployment at Karlsruhe Institute of Technology (KIT)
Sellers
PAL Robotics
manufacturer
Free, no obligation — we supply, install and service every robot we sell
Frequently asked questions
What is the price of PAL Robotics REEM-C?
Pricing for the PAL Robotics REEM-C is on application. You can buy outright or lease over 36 months with installation and service included. Ask us for a quote.
Where is PAL Robotics REEM-C used?
Published deployments of the PAL Robotics REEM-C include European universities, Karlsruhe Institute of Technology (KIT).
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