Event
Tesla Optimus V3 Dexterous Hand with 22 Degrees of Freedom Revealed; Manual Assembly Remains a Production Bottleneck
1 reports · 1 sources
On October 3, Tesla released a Halloween teaser short film showing the Optimus V3 dexterous hand: 22 degrees of freedom, tendon-driven, with all actuators moved to the forearm. The article cites The Information as saying that the hand and forearm contain more than 100 screws and over 100 small components, and currently still require manual assembly by workers, which is a production bottleneck. Weekly output has risen from a few dozen units in the second quarter to several hundred units, and the year-end target of one thousand units is under pressure; it also says that under high-frequency operation the fingers have a lifespan of about six weeks, and the material cost of one hand is about $6,000.
Report timeline
- Tesla Optimus V3 Dexterous Hand with 22 Degrees of Freedom Revealed; Manual Assembly Remains a Production Bottleneck
Tesla released a Halloween teaser short film on October 3 showing the Optimus V3 dexterous hand, which has 22 degrees of freedom, is tendon-driven, and has all actuators moved to the forearm. The article cites The Information as saying that the hand and forearm contain more than 100 screws and more than 100 small components, and that they still require manual assembly by workers. Weekly output has risen from a few dozen units in the second quarter to several hundred units, putting pressure on the year-end target of 1,000 units. Under high-frequency operation, the fingers have a service life of about six weeks, and the material cost of one hand is about $6,000.
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