Physical AI 52 guides Humanoids, Robot Hands, Home Robots, Warehouses & Safety

Physical AI Lab

Grounded guidebooks on humanoid robots, robot hands, home robots, warehouse robots, embodied AI, autonomy, robot safety, and what robots can actually do.

Jump straight into the Physical AI track in the Fondsites game, then use the guidebooks when you want depth.

Physical AI Lab is a practical library for learning robots without the demo-hype fog. It separates what works in warehouses and factories from what still struggles in homes, shows why hands are harder than wheels, and explains why autonomy is a stack of sensors, controls, policies, tests, and safety cases.

Start with the guidebook shelf for the full reading path, then use the Physical AI Lab Fondsites game track to drill the core ideas: capability envelopes, humanoid tradeoffs, dexterous manipulation, home-robot constraints, warehouse workflows, embodied AI, autonomy levels, and safety design.

Guidebooks

Guidebooks on what robots can actually do, humanoid robots, robot hands, home robots, warehouse robots, embodied AI, autonomy, and safety.

A humanoid robot test bay with a torso, legs, balance markers, workbench tools, and supervised safety boundaries.

Physical AI Lab

Humanoid Robots: The Practical Guide

A clear guide to humanoid robots: why the body shape is appealing, where it helps, where it hurts, and what to watch …

Beginner 5 min read
A robot hand and several end-effectors arranged beside blocks, fabric, tools, tactile sensors, and force diagrams.

Physical AI Lab

Robot Hands and Dexterous Manipulation

A practical guide to robot hands, grippers, tactile sensing, dexterous manipulation, and why picking things up is still …

Intermediate 5 min read
A home robot testing scene with a vacuum robot, small mobile assistant, furniture legs, pet bowl, cable, rug edge, and privacy marker.

Physical AI Lab

Home Robots: Useful, Narrow, and Hard

A practical guide to home robots, from vacuums and mowers to household assistants, with privacy, maintenance, safety, …

Beginner 5 min read
A visual embodied AI pipeline showing cameras, depth sensors, simulation, robot policy, gripper actions, and real-world feedback.

Physical AI Lab

Embodied AI: Models That Meet the World

A grounded guide to embodied AI, robot foundation models, simulation, perception, action policies, and why physical data …

Intermediate 5 min read
A layered robot autonomy stack diagram with sensors, maps, planning, control, safety, fleet management, and human approval gates.

Physical AI Lab

Robot Autonomy: The Stack Behind the Demo

A practical guide to robot autonomy, from sensing and mapping to planning, control, supervision, fleet management, and …

Intermediate 5 min read