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Unitree R1

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Unitree R1

Unitree R1

Apptronik Apollo

Not yet assessed

Height
Payload
Verified autonomy
not assessed
Real deployment
not assessed
Status
Price
verified / really deployed unverified / demo-stage
Unverified

The Unitree R1 is an ultra-lightweight, fully customizable humanoid robot. It weighs 25 kg, stands 121 cm tall, and costs approximately $5,900. It can perform advanced movements like cartwheels, handstands, and punches. The EDU version supports Python, ROS, and APIs for deep customization. Its modular design and Jetson Orin AI support enable evolution into interactive assistants, training robots, or entertainment performers.

Availability

Shipping

Specification

Advanced movements
cartwheels, handstands, punches
  • Ultra-lightweight design (25 kg)
  • Height 121 cm
  • Affordable price ~$5,900
  • EDU version supports Python, ROS, APIs
  • Modular design with Jetson Orin AI support
  • Human-like mobility for service and research
  • Prototype status, preorder available

Price

No public price — contact the supplier for a quote.

Good · Bad · Ugly

Evidence-graded claims from the Apptronik Apollo deep report

Good
  • Apollo is in active commercial pilots (not just demos) at Mercedes-Benz, GXO Logistics, and Jabil.

    CNBC [6] independently reports active commercial pilots at all three named enterprise customers, corroborating official claims [1][10]; however, the scale (number of units, task success rates, and commercial terms) remains undisclosed.

    from Apptronik Apollo deep report →
Bad
  • Apollo has a 55 lb (25 kg) payload capacity and 71 degrees of freedom.

    Payload is confirmed across official [1] and commerce sources [5][7], but no independent third-party physical test or teardown verifies these specs under real operating conditions; the 71 DOF figure comes from commerce/review sources only [5][7] and is not independently benchmarked.

    from Apptronik Apollo deep report →
  • Apollo supports up to 22 hours/day of operation via hot-swappable battery packs (4 hours per pack).

    The 4-hour runtime and hot-swap capability are consistent across official [1] and commerce sources [5][7], but no independent field test or customer report confirms 22-hour sustained daily operation in actual deployment conditions.

    from Apptronik Apollo deep report →
  • Apptronik has integrated Google DeepMind's Gemini Robotics AI models into Apollo as part of a strategic partnership.

    The partnership and integration are confirmed by official press releases [10][11] and LinkedIn/news sources [14], but no independent benchmark, demo review, or third-party assessment verifies what Gemini Robotics integration actually contributes to Apollo's on-robot task performance.

    from Apptronik Apollo deep report →
  • Apollo's unit price will reach under $50,000 at scale, with investor expectations of ~$80,000/year by 2027 high-volume delivery.

    CNBC [6] reports both the CEO's sub-$50K scale target and the ~$80K/year investor expectation for 2027, but these are forward-looking projections with no current transaction prices disclosed and no independent manufacturing cost analysis to validate either figure.

    from Apptronik Apollo deep report →

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