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Digit

agility-robotics-digit

Digit

agility-robotics-digit


Digit by Agility Robotics is a advanced humanoid robot designed for real‑world work, combining human‑like mobility with autonomous operation for logistics, industrial, and warehouse environments.


Digit by Agility Robotics is a next‑generation humanoid robot designed to perform real‑world tasks in human environments. Built with a strong focus on mobility, autonomy, and safety, Digit combines bipedal locomotion with advanced perception and AI to operate effectively in warehouses, logistics centers, and industrial facilities.

Digit’s human‑like form allows it to move through spaces originally designed for people, including navigating stairs, narrow aisles, and uneven terrain. Its robust bipedal design enables stable walking, turning, lifting, and carrying objects while maintaining balance and efficiency. This makes Digit especially well suited for material handling tasks such as moving boxes, loading carts, and assisting with repetitive logistics operations.

At the core of Digit is a sophisticated perception and control system that integrates data from cameras, LiDAR, and inertial sensors. This sensor fusion enables real‑time environment understanding, obstacle avoidance, and adaptive decision‑making. Supported by AI‑driven software, Digit can operate autonomously while reacting safely to dynamic surroundings and human coworkers.

Agility Robotics designed Digit to be a practical solution for labor shortages and physically demanding work environments. With a strong emphasis on reliability and scalable deployment, Digit is intended to work alongside humans rather than replace them, improving productivity while reducing physical strain and injury risks.

Digit is currently deployed in pilot programs and commercial trials with logistics and e‑commerce partners, demonstrating its ability to transition from research labs into real operational environments. As a continually evolving platform, Digit represents a significant step toward the widespread adoption of humanoid robots in everyday industrial applications.

fabricante

Agility Robotics

AÑOS DE GARANTÍA

1

duración_de_la_batería_h

5

imu

Digit’s IMU (Inertial Measurement Unit) delivers precise motion, orientation, and balance data, enabling stable bipedal locomotion, smooth movement control, and safe operation in dynamic real‑world environments.

almacenamiento_gb

0

viñetas


  • High‑level interface for controlling locomotion and task execution

  • Supports autonomous behaviors and application‑level integration

  • Designed for industrial and logistics workflows

  • Enables safe human–robot collaboration

  • Allows monitoring, configuration, and system feedback

  • Suitable for deployment, testing, and continuous improvement in real‑world environment

país del fabricante

USA

altura_cm

175

tiempo_de_carga_h

micrófonos

Digit’s microphone system supports audio capture for status monitoring, alerts, and contextual awareness, contributing to safe operation and effective interaction in industrial and logistics environments.
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programación


  • High‑level interface for controlling locomotion and task execution

  • Supports autonomous behaviors and application‑level integration

  • Designed for industrial and logistics workflows

  • Enables safe human–robot collaboration

  • Allows monitoring, configuration, and system feedback

  • Suitable for deployment, testing, and continuous improvement in real‑world environment

casos_de_uso


  • High‑level interface for controlling locomotion and task execution

  • Supports autonomous behaviors and application‑level integration

  • Designed for industrial and logistics workflows

  • Enables safe human–robot collaboration

  • Allows monitoring, configuration, and system feedback

  • Suitable for deployment, testing, and continuous improvement in real‑world environment

tipo robot

Humanoid

ANCHO_cm

num_joints_total

16

altavoces

Digit’s speaker system provides clear audio output for system alerts, status notifications, and audible feedback, supporting safe and effective operation in industrial and logistics environments.
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sistema operativo


Digit’s operating system provides a robust and secure software foundation for real‑time control, sensor integration, and autonomous behavior, optimized for reliable operation in industrial and logistics environments.

Categoría

Logistik / Fertigung

profundidad_cm

num_articulaciones_brazos

UPC

Digit’s CPU delivers reliable real‑time processing for motion control, sensor fusion, and autonomous decision‑making, ensuring stable and responsive operation in industrial environments.
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certificaciones

0

precio en euros

250.000

peso_kg

70

num_articulaciones_piernas

GPU

Digit’s GPU accelerates perception, vision processing, and AI workloads, enabling real‑time understanding of complex environments and reliable autonomous operation.

características de seguridad

Digit includes advanced safety features designed for operation in human environments, such as real‑time obstacle detection, controlled force and motion limits, redundant sensors, and fail‑safe behaviors to ensure safe interaction with people and surroundings.
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precio en USD

velocidad_máxima_km/h

4.3

sistema de cámara

The Digit camera system provides real‑time visual perception for navigation, object detection, and safe interaction in human environments, supporting autonomous operation in logistics and industrial settings.

ram_gb

hoja de datos_pdf

0

EL TIEMPO DE ENTREGA

8

carga útil_kg

18

lidar

Digit’s LiDAR system enables precise distance sensing and 3D environment mapping, supporting reliable autonomous navigation, obstacle detection, and safe operation in dynamic industrial and warehouse environments.

capacidades_de_inteligencia_electrónica


  • Autonomous navigation in human‑designed environments

  • Real‑time perception using cameras, LiDAR, and sensor fusion

  • Intelligent obstacle detection and avoidance

  • Adaptive task execution for logistics and material handling

  • Safe interaction with humans and dynamic surroundings

  • Continuous learning and system optimization through AI algorithms

calificación_de_la_reseña

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