PAL Robotics
PAL Robotics is a Barcelona-based robotics manufacturer known for torque-controlled humanoid research bipeds and modular service robots that serve as the hardware foundation for European scientific consortia. The company produces TALOS, a fully torque-controlled industrial biped operating over 1 kHz EtherCAT buses for aerospace fuselage drilling and heavy machining research, as well as TIAGo, a modular mobile manipulator deployed widely across hospital logistics. Built from the ground up for open-source ROS and ROS 2 ecosystems, PAL Robotics bridges academic motor control research with commercial hospital tasks.
💡Notable Achievement: TALOS is recognized across premier European research laboratories (e.g., LAAS-CNRS) as the gold standard for EtherCAT torque-controlled high-payload bipedal research.
What Does PAL Robotics Do?
PAL Robotics is a Barcelona-based robotics manufacturer known for torque-controlled humanoid research bipeds and modular service robots. Serving as the primary hardware backbone for dozens of major European research initiatives, platforms like TALOS, REEM-C, and TIAGo provide high-precision kinematic and physical AI testbeds for aerospace, logistics, and assistive care.
“Providing Europe's leading torque-controlled humanoid platforms for advanced industrial and embodied AI research.”
Torque-Controlled High Precision
Joint-level torque sensing at 1 kHz enables compliant multi-contact locomotion and industrial tool handling.
Native ROS & ROS 2 Architecture
Built from the ground up for open-source integration, transparent software APIs, and modular simulation models.
European Horizon Program Backbone
Deep participation as the standardized robotics hardware provider across hundreds of EU research projects.
What Can PAL Robotics Robots Actually Do?
Cross-portfolio operational capabilities, manipulation tasks, and environmental competencies
High-load industrial bipedal manipulation, compliant torque control, and modular wheeled logistics assistance.
Torque-Feedback Drilling & Machining
Operating industrial drills and heavy rivets while maintaining whole-body bipedal dynamic balance.
Hospital & Warehouse Logistics
Autonomous item fetching, cart pushing, and door opening via a modular single or dual-arm mobile base.
Dynamic Multi-Contact Locomotion
Stair climbing and uneven terrain footstep placement guided by real-time model predictive control.
PAL Robotics Robots
Showing 5 Humanoid Robots of 5 total models
REEM-C
By: PAL Robotics
Launched: 2013
The REEM-C is a full-size bipedal humanoid robot designed for advanced research in robotics, featuring 68 degrees of freedom for human-like mobility and manipulation. Standing at 165 cm tall, it excels in dynamic walking, stair climbing, and autonomous navigation using ROS-based software. Equipped with dual Intel Core i7 processors, stereo cameras, force/torque sensors in ankles, IMUs, and microphone arrays, it supports visual recognition, speech interaction, and whole-body control algorithms. Each arm offers 7 DOF with 1 kg hand payload (stretched) or up to 10 kg total lift capacity, complemented by 19-DOF hands for dexterous grasping. Powered by a 48V 1225 Wh lithium-ion battery, it operates 3 hours walking or 6 hours standby. Customizable and modular, REEM-C enables studies in human-robot interaction, AI, balancing via ZMP control, and complex tasks like dancing or object handling in indoor environments.
Kangaroo
By: PAL Robotics
Launched: 2024
Kangaroo is an advanced bipedal humanoid robot from PAL Robotics, engineered for cutting-edge research in dynamic legged locomotion and manipulation. Featuring a lightweight structure with low moving inertia, it excels in agile motions like jumping, running, squatting, and walking on varied terrains. Equipped with custom linear actuators using closed kinematic chains, it delivers high torque, speed, and force feedback via integrated sensors for precise control. The anthropomorphic design includes 6 DoF per leg, up to 7 DoF per arm, and a human-like torso for natural movements. Optimized for biomechanics studies, it supports ROS2 integration, high-frequency control loops up to 2 kHz, and simulators like Isaac Lab and Gazebo. With options for RGB-D cameras, AI kits, and force/torque sensing, Kangaroo enables exploration of reinforcement learning, trajectory optimization, and human-robot interaction in research settings.
ARI
By: PAL Robotics
Launched: 2018
ARI is a wheeled humanoid social robot designed for advanced human-robot interaction, featuring expressive multimodal behaviors through animated LCD eyes, LED lighting, head and arm gestures, and a 10.1-inch touchscreen torso for multimedia display and user interfaces. Standing at 165 cm tall with a lightweight 60 kg frame, it supports perception tasks like face recognition, skeleton tracking, speech synthesis/recognition, and 3D gaze estimation. Equipped with ROS Noetic for seamless integration, ARI navigates indoor environments using Visual SLAM, RGBD cameras, and optional LIDAR, enabling autonomous mapping and obstacle avoidance. Its dual arms offer up to 5 DOF each for gesturing and light manipulation (0.5 kg payload per arm), complemented by a differential drive base for mobility up to 1.5 m/s on flat surfaces. Ideal for research, healthcare, retail, and education, ARI facilitates cognitive AI development with NVIDIA GPU processing, fostering engaging social cues like turn-taking and emotional expression in collaborative settings.
Talos
By: PAL Robotics
Launched: 2017
TALOS is a high-performance bipedal humanoid robot engineered for advanced research in Industry 4.0, AI, machine learning, and locomotion. Standing at 175 cm with human-like proportions, it features 32 degrees of freedom, including 6-DoF legs for dynamic walking on uneven terrain and stairs, 7-DoF arms capable of lifting 6 kg payloads per arm at full extension, and torque-controlled grippers for dexterous manipulation. Equipped with full torque sensor feedback in all joints, 4x 6-axis force/torque sensors at ankles and wrists, RGB-D cameras, high-rate IMU, and dual Intel Core i7 processors, TALOS excels in multi-contact motions, power tool operation like drilling and riveting, human-robot interaction, and perception tasks. ROS/ROS2 integration enables real-time control at 2 kHz, supporting torque-based walking, navigation, and bi-manual dexterity in industrial and research environments.
TIAGo Pro
By: PAL Robotics
Launched: 2025
TIAGo Pro is a versatile humanoid mobile manipulator designed for advanced research and industrial applications, featuring bipedal-inspired human-like proportions with a compact, modular design. It integrates 7-DoF torque-controlled arms with Series Elastic Actuators and safety brakes for precise, compliant manipulation. The robot excels in human-robot interaction with expressive facial displays, RGB-D vision, and advanced speech recognition supporting over 20 languages. Its omnidirectional mecanum wheeled base enables agile indoor navigation with 360º LiDAR mapping and SLAM. TIAGo Pro supports ROS 2 for flexible programming and autonomous operation, making it ideal for manufacturing, healthcare, and service robotics where dexterity, safety, and collaboration are critical.
PAL RoboticsSoftware & AI Ecosystem
Developer platforms, fleet management portals, autonomy intelligence, and enterprise integrations
PAL Robotics ROS 2 Suite
Open-Source Industrial Research Software
Fully integrated open-source software stack providing whole-body inverse kinematics, SLAM, and Webots simulation pipelines.
PAL Fleet Manager
Enterprise Multi-Robot Orchestration
Cloud management system for dispatching mission routes, auditing battery health, and tracking hospital service deliveries.
What Makes PAL Robotics Different?
Editorial AnalysisOrigin of Bots objective strategic assessment, engineering moats, and commercial hurdles
Key Strengths & Moats
- ✓Unmatched academic reputation in torque-controlled bipedal manipulation across premier European institutes.
- ✓Extensive, reliable catalog of deployed hardware (TIAGo and TALOS) with established ROS documentation.
- ✓Strong recurring grant and institutional funding from EU Horizon scientific programs.
Core Strategic Focus
Accelerating deployment of the TIAGo family across hospital logistics while advancing TALOS AI foundation model capabilities.
Road Ahead & Challenges
- •High unit costs of TALOS limit adoption primarily to well-funded academic institutions and aerospace consortia.
- •Less focus on consumer or mass-market high-volume manufacturing lines.
PAL Robotics vs Key Competitors
Strategic capability matrix across platform categories, commercial readiness, and target markets
| Strategic Dimension | PAL Robotics (TALOS) | Boston Dynamics (Atlas) | Unitree (H1) | Rainbow (RB-Y1) |
|---|---|---|---|---|
| Joint Control Paradigm | Direct Torque Control (1 kHz EtherCAT) | Electric Whole-Body MPC | High-Torque BLDC Velocity/Torque | High-Precision BLDC Position/Torque |
| Software Transparency | 100% Native Open ROS/ROS2 | Proprietary SDK & APIs | Open Unitree SDK & ROS2 | Open EtherCAT & ROS2 Wrappers |
| Arm Payload at Reach | 6 kg per arm (12 kg dual) | 25+ kg continuous | 15 kg total | 3 kg per arm (dual-arm) |
| Target User Base | European Scientific Research Labs | Industrial Automotive Factories | Global STEM & Academic Labs | Semiconductor & AI Research Labs |
Corporate Ecosystem & Ownership Structure
Parent company relationships, historical acquisitions, and global operating facilities
Articles & Industry News
Showing 5 recent articles and news updates about PAL Robotics
PAL Robotics Boosts REEM-C Balance with Renishaw Encoders
News about REEM-C
PAL Robotics Kangaroo Redefines Legged Robot Research with Advanced Dynamic Control
News about Kangaroo
PAL Robotics Unveils ARI Upgrades at CES 2026
News about ARI
TALOS Powers Canada's First Humanoid Research Breakthrough
News about Talos
PAL Robotics' TIAGo Pro Revolutionizes Human-Robot Collaboration Globally
News about TIAGo Pro
Robot Comparisons
Showing 1 in-depth comparison featuring PAL Robotics — Explore all comparisons →
Frequently Asked Questions
10 AnswersVerified answers, company specifications, and deployment details about PAL Robotics
How much does a PAL Robotics humanoid cost?
TALOS full-scale torque-controlled research humanoids cost approximately €300,000 to €450,000 EUR; modular TIAGo mobile manipulators start around €60,000 to €90,000 EUR.
Can research institutions purchase TALOS or TIAGo directly?
Yes, PAL Robotics platforms are commercial products built on order, with standardized shipping to global universities and research institutes.
Where are PAL Robotics platforms actively deployed?
Deployed across LAAS-CNRS (France), DLR (Germany), University of Edinburgh, Airbus manufacturing testbeds, and EU Horizon project sites.
What specific tasks do TALOS and TIAGo perform?
TALOS conducts high-payload industrial drilling, heavy parts lifting, and multi-contact stair climbing; TIAGo executes hospital item deliveries and shelf stock audits.
What mechanical drivetrain powers TALOS joints?
High-torque brushless DC motors coupled with zero-backlash Harmonic Drive gears, with joint-level strain-gauge torque sensors communicating over 1 kHz EtherCAT buses.
What are the hand dexterity and arm payload capacities?
TALOS features 7-DoF arms capable of lifting 6 kg per outstretched arm (12 kg total dual-arm payload), with optional five-finger underactuated tactile hands.
What is the operational battery runtime?
Carries an integrated 48V, 1.8 kWh lithium battery pack delivering 2 to 3 hours of untethered dynamic bipedal walking and manipulation.
How autonomous are PAL Robotics systems?
Fully autonomous via open-source ROS 2 navigation, Cartesian impedance controllers, and visual SLAM pipelines running on dual onboard high-performance Intel/NVIDIA computers.
What sensor systems are mounted on the robot?
Features head-mounted Orbbec Astra 3D cameras, high-precision IMUs, 6-axis force-torque sensors in the ankles and wrists, and laser rangefinders.
How are worker safety and compliance maintained?
Full joint torque feedback allows active compliance: if the robot contacts an obstacle, it detects torque divergence and safely absorbs impact forces.
Verified Data & Editorial Assurance
Compiled from verified corporate filings, official PAL Robotics datasheets, and robotics engineering registries. Information has been verified against official manufacturer documentation. For commercial procurement or proprietary integrations, contact the manufacturer directly.