Figure AI

Figure AI

Humanoid robots transforming workforce capabilities
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Figure is an innovative AI robotics company developing the world's first commercially-viable autonomous humanoid robot. Their AI agent transforms workforce capabilities by creating general-purpose humanoid robots designed to support manufacturing, logistics, and critical labor sectors.

Details

Overview

Figure is an innovative AI robotics company specializing in the development of advanced humanoid robots that combine state-of-the-art artificial intelligence with human-like physical abilities. The mission of Figure is to create autonomous robots capable of functioning in environments designed for humans, with the goal of tackling workforce challenges and boosting productivity.

Key Features

  • First commercially-viable autonomous humanoid robot: Figure offers the first commercially available humanoid robot that can operate independently.
  • Human-form factor with advanced dexterity: The robots are designed in a human-like form and possess exceptional dexterity.
  • AI-powered learning and task adaptation: Figure's robots utilize artificial intelligence for learning and adapting to various tasks.
  • Capable of complex manual tasks across multiple industries: These robots are proficient in performing intricate manual tasks in diverse industries.
  • Designed to operate in human-built environments: Figure's robots are tailored to function seamlessly in environments created for humans.

Use Cases

  • Manufacturing support
  • Logistics and warehousing
  • Retail operations
  • Hazardous or labor-intensive work environments
  • Addressing critical workforce shortages

Technical Specifications

  • Height: 5'6"
  • Weight: 70kg
  • Payload Capacity: 20kg
  • Runtime: 5 hours
  • Movement Speed: 1.2 meters/second
  • Power System: Electric
  • Advanced AI integration for dynamic task learning

Tags

manufacturing-automation
robots
human-environment-operation
electric-powered
dexterous-manipulation
logistics-robots
workforce-augmentation
humanoid-robotics