Agile ONE vs GR-3 by Fourier

Agile ONE or GR-3? Compare specs, sensors, navigation, battery, and speed for industrial vs service humanoid performance.

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Which one fits your use?

Based on the uses each robot is built and marketed for. Open a use to see the specs that matter for it.

Comparing for…Agile ONEGR-3
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  • Pick GR-3 for research labs, home help and elder care and healthcare settings.
  • Both suit warehouse and logistics work, factory and manufacturing work and hazardous or high-risk work, so compare the specs for that use.

Agile ONE by Agile Robots is positioned for industrial applications, including factory floor material gathering, pick-and-place operations, machine tending, and precision assembly. It differentiates through its 174 cm height, 69 kg weight, 2.0 m/s speed, and advanced sensors like four head-mounted RGB cameras, LiDAR, and fingertip force sensors in every hand joint. The robot employs AgileCore proprietary AI with layered architecture for strategic reasoning, rapid response, and fine motor precision, enabling autonomous operation with natural language instructions.

GR-3 by Fourier Intelligence targets service-oriented roles such as elderly care assistance, healthcare support, home companionship, and public space engagement. It stands at 165 cm height, 51.5 cm shoulder width, 32 cm depth, weighs 71 kg, and achieves 5 km/h speed with a 5-year battery life. Key differentiators include a structured-light camera, four-microphone array, 31 distributed pressure sensors, and control integrating autonomous operation, teleoperation, and LLM reasoning.

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Detailed Analysis

Agile ONE

Agile ONE

Design & Build Quality

Agile ONE measures 174 cm in height, approximately 50 cm shoulder width, 35 cm depth, and weighs 69 kg, providing a taller frame suited for industrial reach. GR-3 is slightly shorter at 165 cm height, 51.5 cm shoulder width, 32 cm depth, and 71 kg weight, offering a more compact profile for service environments. Both feature bipedal humanoid designs, but Agile ONE emphasizes dexterous hands with 21 DOF per hand for precision tasks.

GR-3

GR-3

Mobility & Navigation

Agile ONE reaches 2.0 m/s speed using LiDAR-based spatial recognition and visual SLAM for real-time autonomous decision-making in dynamic industrial settings. GR-3 operates at 5 km/h with visual SLAM and dynamic tracking, suitable for indoor service navigation. Agile ONE's higher speed supports faster logistics operations, while GR-3 prioritizes stable movement in human-populated spaces.

Agile ONE

Agile ONE

Sensors & Perception

Agile ONE integrates four head-mounted RGB cameras, LiDAR, proximity sensors, fingertip force sensors, force-torque sensors in every hand joint, tactile sensors in palms, IMU, and gyroscope for comprehensive industrial perception. GR-3 employs an RGB camera, structured-light camera module, four-microphone array with echo cancellation, 31 distributed pressure sensors, IMU, and gyroscope, focusing on audio-visual interaction. Agile ONE's sensor suite excels in tactile and spatial precision, contrasting GR-3's emphasis on voice and pressure feedback.

GR-3

GR-3

AI Capabilities

Agile ONE uses AgileCore with layered AI architecture for strategic reasoning, rapid response, fine motor precision, and natural language instruction processing from proprietary industrial datasets. GR-3 incorporates a proprietary system with large language model integration, rule-based control, learned behaviors, and teleoperation support. Agile ONE prioritizes autonomous task execution in factories, while GR-3 balances autonomy with remote assistance for care scenarios.

Agile ONE

Agile ONE

Battery & Power Efficiency

Agile ONE offers 3-5 hours of continuous operation, supporting extended industrial shifts. GR-3 demonstrates longer-term power efficiency, whereas Agile ONE focuses on daily operational runtime.

GR-3

GR-3

Use-Case Suitability

Agile ONE excels in factory material transport, pick-and-place, machine tending, tool use, fine manipulation, precision assembly, and production line integration. GR-3 suits elderly care, healthcare support, home companionship, interactive education, public engagement, and teleoperated assistance. Agile ONE targets manufacturing efficiency, while GR-3 addresses human-centric service needs.

Agile ONE

Agile ONE

Pricing & Value

Agile ONE is estimated at US$100,000, offering industrial-grade capabilities at a lower entry cost. GR-3 ranges from USD 150,000 to 250,000, reflecting its service-focused features and longer battery life. Price differences align with their respective industrial versus care-oriented applications.

GR-3

GR-3

Safety Features

Agile ONE includes proximity sensors, force-limiting capability, collision detection, and human-aware displays on eyes and chest. GR-3 features collaborative design, force-limiting actuators, and collision detection. Both emphasize safe human interaction, with Agile ONE adding visual communication elements.

Capabilities & Operational Tasks

Head-to-head comparison of what Agile ONE and GR-3 can do, their applications, and capabilities.

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What Can Agile ONE & GR-3 Do?

17

14 tasks listed for both, 0 only for Agile ONE, 3 only for GR-3.

Agile ONE14 supported
GR-317 supported

Technical Specifications

Agile ONE and GR-3 differ on 31 of the 45 specifications listed for both.

Agile ONE
GR-3

Functional Utility & Use Cases

4 Comparative Metrics

Control Method
Autonomous with natural language instruction capability, learned behaviors from proprietary datasets
Autonomous with teleoperation, learned behaviors, rule-based control with LLM reasoning
Use Cases
Factory floor material gathering and transport, pick-and-place operations, machine tending, tool use, fine manipulation tasks, precision assembly, production line integration, logistics operations
Elderly care assistance, healthcare facility support, home companionship, interactive education, public space engagement, teleoperated remote assistance
Multi Robot Coord
Designed for integration into production systems with multiple robotic units
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Pet Friendly
Not publicly disclosed
Not publicly disclosed

Manipulation & Load Capacity

4 Comparative Metrics

Carrying Capacity
10 kg per hand (fingertip force)
5 kg per arm
Deadlift Capacity
20 kg total payload capacity
10 Kg
Payload Type
Tools, precision instruments, parts, boxes, assembly components
Interactive objects, assistance tasks, precision manipulation
Modular Attachments
Not publicly disclosed
Optional 12-DOF dexterous hand (6-DOF basic hand standard)

Kinematic Architecture & Dexterity

4 Comparative Metrics

Degrees of Freedom
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55
Material
Composite and aluminum construction
Aluminum alloy, engineering plastics, soft cushioned surfaces with warm tones
Mobility Type
Legged (bipedal walking)
Legged (bipedal walking)
Hardware Interface
Not publicly disclosed
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Comparison Depth: 12 / 54 Metrics

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Verdicts reflect our research and opinion. Confirm specifications with the manufacturer before buying.