Top 7 Industrial Humanoid Robots Transforming Workforces 2026

Agility Robotics' Digit is the humanoid with the clearest commercial track record in this group. Amazon began testing it on October 18, 2023, starting with tote recycling, and GXO signed a multi-year robots-as-a-service deal in June 2024. Agility builds it at its own RoboFab factory in Salem, Oregon. It carries 16 kg, which suits tote handling more than heavy industrial lifting, and its paid deployments show what a humanoid workforce looks like today. It weighs 65 kg and walks at 1.5 m/s, with about four hours per charge.

Apptronik's Apollo was one of the first humanoids with a named car-industry customer. Mercedes-Benz signed a commercial agreement on March 15, 2024 to test it on tasks such as delivering parts to the line and inspecting components, and later invested in the company. GXO began a logistics pilot that same year, and electronics maker Jabil agreed in 2025 to build Apollo and use it in its own plants. That spread of partners across cars, logistics and manufacturing is why Apollo ranks high for workforce impact.

Tesla's Optimus is the robot most people think of when they hear humanoid. In this industrial list it stands for scale: Tesla has used early units in its own factories for jobs such as sorting battery cells, and it has converted a Fremont production line to build Optimus in large numbers. At 173 cm and 57 kg, it is sized to work at human stations without changes to the line. Tesla first showed prototypes on stage in September 2022, a year after announcing the project.

Figure 03 is the robot behind one of the biggest bets on humanoid labor. Figure AI raised more than $1 billion in September 2025 at a $39 billion valuation, largely to build robots at volume in its BotQ facility, and unveiled Figure 03 a month later. The factory track record comes from its predecessor: Figure 02 worked for 11 months at BMW's Spartanburg plant before retiring in November 2025. The newer model is lighter, at 61 kg, and is meant to learn new stations through software instead of retooling.

Atlas was built for its owner's factories first. Boston Dynamics belongs to Hyundai, and the carmaker is taking the first production units from the CES 2026 launch, along with Google DeepMind. The jobs Boston Dynamics has shown are real factory tasks: sequencing automotive parts and lifting heavy components such as strut assemblies. Atlas swaps its own battery packs, so a station does not wait for a person to recharge it. Fleets are managed through Orbit, the same Boston Dynamics software used for its Spot robots.

Unitree's G1 is the small, accessible entry point for industrial humanoid trials on this list. It went into mass production in August 2024, three months after its debut at ICRA in Yokohama, so factories can get units quickly and test them on real stations. Each arm carries only about 2 kg, which limits it to light picking, inspection and demonstrations. Most companies use it to learn what a humanoid can do on their floor before committing to larger robots. Unitree supplies an SDK for custom tasks.

UBTECH unveiled the Walker S2 in July 2025 as a humanoid that swaps its own battery in about three minutes, so it can work around the clock. The 73 kg robot carries two hot-swappable 48 V, 2.3 kWh battery modules, each arm lifts 15 kg and its maximum walking speed is 7.2 km/h. Each pack gives about two hours of active work, so the quick swap, not the single runtime, is what makes continuous factory shifts possible. Binocular cameras, LiDAR and force-torque sensors support assembly work.