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AGIBOT Innovation (Shanghai) Technology Co., Ltd. AgiBot A2vsHankook Mirae Technology Hankook Mirae Technology Method-2

Side-by-side comparison of AGIBOT Innovation (Shanghai) Technology Co., Ltd. AgiBot A2 and Hankook Mirae Technology Hankook Mirae Technology Method-2: specs, price, use cases and SDKs.

Specifications

SpecAgiBot A2Hankook Mirae Technology Method-2
Price (USD)
$100,000
$8,300,000
Category
humanoid
humanoid
Payload
15 kg
null kg
Runtime
2 h
null h
Speed
1.2 m/s
null m/s
Weight
69 kg
1360.78 kg
Degrees of Freedom
40
null
Battery
700 Wh
Shared use cases
No shared use cases
Only on AgiBot A2
  • Customer service
  • Reception
  • Exhibition presentations
  • Marketing
  • Manufacturing assistance
  • Logistics sorting
  • Security patrols
  • Data collection
  • Research applications
  • Autonomous manipulation and pick-and-place
  • Industrial assembly and quality inspection
  • Autonomous indoor navigation
  • Material movement
  • Workpiece loading
  • Pallet transport
  • Vibratory feeder loading
  • Retail brand activation
  • Research and education
  • Entertainment and broadcast media
Only on Hankook Mirae Technology Method-2
  • Hazardous environment operations
  • Disaster relief
  • Military operations
  • Nuclear waste cleanup

When to pick which

When to pick AgiBot A2

Opt for the AgiBot A2 when deploying at scale within commercial, research, or light industrial settings. At a $100,000 price point, it is a viable choice for universities or retail brands requiring a fleet of humanoid assistants for customer service or brand activation. Its 40 degrees of freedom and 1.2 m/s speed make it suitable for dynamic indoor navigation and precise pick-and-place tasks in logistics sorting. Choose this model if your deployment involves human-centric environments where a 69kg footprint is safer and more practical than heavy machinery, or if you need to leverage the Genie Sim 3.0 SDK for rapid software development.

When to pick Hankook Mirae Technology Method-2

Select the Hankook Mirae Technology Method-2 for specialized operations in extreme hazardous environments where human presence is required but physical exposure is impossible. This 13-foot, 1,360kg manned bipedal platform is designed for heavy-duty tasks such as nuclear waste cleanup, disaster relief, or military operations that exceed the physical capabilities of standard service robots. While public spec data on battery life and degrees of freedom is limited—request a vendor briefing—its massive scale and $8.3 million investment reflect its role as a specialized heavy-utility vehicle rather than a general-purpose automation tool. Choose this for high-stakes, high-risk industrial or defense infrastructure projects.

AI-generated buyer guidance based on public specs.

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