Meta used Fourier to build a humanoid in three months—turning hardware speed into the experiment

The Information reports that Meta and Chinese robotics company Fourier built a humanoid known internally as Max in roughly three months. The machine weighs about 106lb, or 48kg, and was demonstrated to Meta employees at an internal robotics summit at the end of August. Work on a second version began soon afterwards. Reuters carried the report but said it could not independently verify it.

The useful signal is not that Meta has produced a finished home robot. It has not announced a commercial product, a launch date or evidence that Max can perform household tasks reliably. The signal is the development model. Meta can concentrate on perception, planning, manipulation and the world models needed to make a body useful; Fourier contributes an existing hardware platform, actuators, manufacturing knowledge and the accumulated failure data that comes from building physical machines.

That division of labour resembles Meta's earlier platform ambitions in software, but hardware changes the economics. A model can be updated centrally. A robot has joints that wear, hands that fail, batteries that add weight and a body that must remain safe around children, pets and furniture. Each design choice creates servicing and liability costs that do not disappear when the intelligence improves.

The Chinese partnership also creates a strategic tension. Fourier gives Meta speed in a field where Chinese manufacturers already possess dense supplier networks and fast iteration cycles. The same dependence could become politically awkward if US restrictions on Chinese technology or data flows expand.

So Max is best read as a prototype of an organisational strategy, not a product announcement. Meta is testing whether it can avoid rebuilding the entire robotics supply chain while still owning the software layer that might differentiate a household robot. The decisive evidence will be what the second machine can do repeatedly outside a staged demonstration—and whether Meta can reproduce it at a cost and safety level suitable for homes.