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Sony Corporation Sony Aibo ERS-1000vsUnitree Robotics B2

Side-by-side comparison of Sony Corporation Sony Aibo ERS-1000 and Unitree Robotics B2: specs, price, use cases and SDKs.

Specifications

SpecSony Aibo ERS-1000B2
Price (USD)
$2,899
$100,000
Category
quadruped
quadruped
Payload
null kg
120 kg
Runtime
2 h
5 h
Speed
null m/s
6 m/s
Weight
2.2 kg
60 kg
Degrees of Freedom
22
Battery
Rechargeable (charges itself when needed)
Shared use cases
No shared use cases
Only on Sony Aibo ERS-1000
  • Companionship
  • Therapy
  • Education
  • Elder care
  • Home monitoring
Only on B2
  • Heavy inspection
  • Patrol
  • Logistics

When to pick which

When to pick Sony Aibo ERS-1000

Choose the Sony Aibo ERS-1000 for environments requiring safe, close-range human interaction, such as elder care facilities or pediatric therapy wards. At a $2,899 price point and a lightweight 2.2kg frame, it is suitable for large-scale deployment in residential care settings where the primary goal is emotional engagement and cognitive stimulation rather than physical labor. The 22 degrees of freedom allow for nuanced, non-threatening movements essential for social robotics. Developers in educational settings should opt for Aibo when teaching high-level social AI or visual programming without the safety risks or high capital expenditure associated with heavy industrial machinery.

When to pick B2

Select the Unitree B2 for demanding industrial applications such as power plant inspection, construction site monitoring, or last-mile logistics. With a 120kg payload capacity and a top speed of 6m/s, this quadruped is engineered for heavy-duty tasks that require transporting sensors or materials across rugged terrain. Its five-hour runtime and ROS2 compatibility make it the superior choice for enterprise-scale autonomous patrols and complex integration into existing industrial IoT ecosystems. Buyers facing harsh outdoor constraints or requiring significant hardware modularity should prioritize the B2’s robust 60kg chassis over consumer-grade social robots to ensure operational durability and mechanical performance.

AI-generated buyer guidance based on public specs.

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