I've done installs where the gap between fine and ruined was measured in millimeters. A wire strung a hair's width from failing. Walking got solved a long time ago. The hand is the hard part. Picking up a grape without crushing it takes more than doing a backflip - the flip is force and balance, the grape is feel.
Fact
The facts: announced 9 July 2026. Twenty-five movable joints - 22 in the fingers and palm, 3 in the wrist. Tendon-driven actuation with a gear ratio from 5:1 to 15:1, against the industry norm of 100:1 to 200:1. Per 1X's data, the hand handles LEGO, a screwdriver, a lightbulb, a zipper, sorting grapes by color, pouring tea, and plugging in a USB-C, and matches or exceeds human fine manipulation. The stated goal for the year is 10,000 hands produced.
I'll say what impressed me and what I'll wait to see. The gear ratio impressed me. At 5:1 instead of 200:1 the motor feels what the finger is doing - there's feedback, not just a command. That's the difference between 'grip' and 'grip just enough'. That's where the wine glass, the little screw, the grape come from. It's an engineering decision, not a decorative one, and it's paid for in complexity.
The backflip is a show. The grape is engineering.
The number that will test everything isn't 25. The number is 10,000 - that's how many hands they've committed to producing this year. It's one thing to show a hand pouring tea for the camera. It's another for ten thousand hands to come off a line and work in someone's kitchen, not in front of a lens. I enjoy watching the demo. Production will tell the truth.
Official primary sources
1X Technologies - NEO's Hands (09.07.2026)The visual is generated code-art, no third-party images.