KaiBot Context

Market context

KAI is a Kinetix AI indoor service robot for commercial and public-facing environments, positioned around high-DOF humanoid interaction.

  • Target environment: Home, factory and business service scenarios shown in Kinetix AI public material.
  • Workflow context: Whole-body movement, human interaction, domestic assistance, light service tasks and embodied-AI research.
  • Customer context: Robotics teams, research groups and future customers evaluating human-like humanoid platforms.
  • Deployment model: Early company-controlled humanoid platform tied to Kinetix AI research and public demonstrations.
  • Commercial maturity: Early public product page and launch coverage; broad customer deployment evidence is not yet disclosed.
  • Adoption constraints: Adoption depends on product availability, reliability in everyday tasks, safety validation and service support.
  • Market position: Human-like service humanoid lane, closer to household and public-interaction humanoids than industrial-only humanoid platforms.
  • Adjacent products: Ai Qiu, Reachy Mini, home-service humanoids, humanoid robot platforms

Specifications

  • Degrees Of Freedom: 115 mechanical DoF including compliant hand axes (April2026 launch)
  • Height: 173 cm (April2026 launch)
  • Weight: 70 kg (April2026 launch)
  • Hand Dof Per Hand: 36 mechanical per hand: 22 active + 14 compliant (April2026)
  • Arm Dof Per Arm: 7 per arm (April2026)
  • Torso Dof: 13 in torso, issuer definition (April2026)
  • Leg Dof Per Leg: 8 per leg (April2026)
  • Battery Energy Wh: 1700 Wh (1.7 kWh; April2026)
  • Battery Type: Semi-solid-state battery (April2026)
  • Runtime: >3 h dual-arm operation (April2026 launch claim)
  • Dual-arm payload: 20 kg across both arms (April2026 launch claim)
  • Control System: KAI World Model with action-candidate generation, future-state prediction and evaluation
  • Scenario Scope: home, factory and business service scenarios
  • Sensor System: 18,000+ full-body tactile points; >80% coverage; 0.1 N sensitivity claimed (April2026 launch)

Comparable Systems

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