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Apptronik ApollovsUniX AI Panther

Side-by-side comparison of Apptronik Apollo and UniX AI Panther: specs, price, use cases and SDKs.

Specifications

SpecApolloPanther
Price (USD)
$120,000
$115,000
Category
humanoid
humanoid
Payload
25 kg
12 kg
Runtime
4 h
8 h
Speed
2 m/s
Weight
73 kg
80 kg
Reach
982mm (single arm), 80cm vertical lift
Degrees of Freedom
34
Battery
48V high-voltage drive, high-density battery
Shared use cases
No shared use cases
Only on Apollo
  • Logistics
  • Manufacturing
  • Warehousing
Only on Panther
  • Household chores (cooking, cleaning, organizing)
  • Commercial services (retail, hospitality, property security)
  • Elderly care and companionship
  • Smart logistics and flexible manufacturing
  • Scientific research and education

When to pick which

When to pick Apollo

Choose the Apptronik Apollo for industrial logistics and heavy-duty manufacturing environments where material handling exceeds ten kilograms. With a 25kg payload capacity—more than double that of the Panther—Apollo is better suited for palletizing, case picking, and moving heavy automotive components. Operations requiring standard industrial integration should prioritize Apollo’s ROS2 compatibility to leverage existing robotics libraries and fleet management software. This robot is the superior choice for high-throughput warehouse facilities where lifting strength and standardized software architecture are more critical than extended battery life or fine-motor household dexterity.

When to pick Panther

Select the UniX AI Panther for commercial service roles, hospitality, or elderly care facilities requiring extended operational windows. Its 8-hour runtime is double that of the Apollo, making it ideal for full-shift property security or retail assistance without frequent charging downtime. With 34 degrees of freedom and specialized SDKs like UniTouch, the Panther excels in complex, human-centric tasks such as organizing items or light cleaning. At a lower price point of $115,000, it is the more cost-effective solution for research institutions or service providers prioritizing dexterity and endurance over raw lifting power.

AI-generated buyer guidance based on public specs.

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