Moonshots with Peter Diamandis

Snapshot · Moonshots with Peter Diamandis

The AI Duopoly Is Over: Grok 4. 5 , GPT-5 . 6 , and Muse Spark in One Week | #270

Explore episode Jul 13, 2026

Where this was said

The 1X Neo Hand: Humanoid Robotics Gets Dexterous

At 51:40 · chapter starts 51:30

Peter plays footage of the 1X Neo hand picking up wine glasses, changing light bulbs, and performing delicate manipulation tasks. Dave Blundin, who toured 1X's facility, unpacks the engineering: the tendon material is proprietary, 100 times stronger than steel per unit weight, doesn't stretch over time even microscopically, and runs frictionlessly inside its tubes — which is why the hand is waterproof and needs no lubrication. Crucially, force feedback travels directly through the tendons without requiring cameras or sensors in the fingertips. Alex Wissner-Gross frames the hand as a breakthrough for domestic humanoid robotics, not just industrial, and notes that hands are famously hard because of the density of degrees of freedom per unit volume. He points out that Figure and 1X are exploring different sensing philosophies — Figure uses palm cameras for tactile transfer, 1X uses sensitive force sensors. Most urgently, China has over 150 humanoid robotics companies; the West is falling behind. Alex closes with a direct call to action: if you're interested in robotics, start a Western robotics company.

Technology
The 1X Neo Hand: 25 Degrees of Freedom, Waterproof, and Self-Aware of Grip

The AI Duopoly Is Over: Grok 4. 5 , GPT-5 . 6 , and Muse Sp… · Jul 13, 2026 Technology

The 1X Neo hand achieves 25 degrees of freedom — matching the human hand — using a proprietary tendon material that's 100 times stronger than steel per unit weight, doesn't stretch over time, and is completely frictionless inside its tubes. That means force feedback flows directly through the tendons, no fingertip cameras required.

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