Sanctuary AI Phoenix (Generation 8)

What it's for

The eighth-generation Phoenix is a humanoid that has deliberately given up its legs. Instead of two steps it has a wheeled base, and all the engineering has gone into the hands: hydraulic hands with 20 degrees of freedom that, according to the manufacturer, sense forces from about 5 mN; for comparison, a human fingertip responds to roughly 3 mN. That defines the range of uses: jobs where delicacy and repeatability of grip matter, not climbing down stairs.

The first scenario is assembly: a wheeled robot with a 25 kg payload and a sensitive hand could in theory place small, sensitive parts in a fixture, while also carrying a heavier crate to the next station. The maximum speed of 1.34 m/s (3 miles per hour) is low for a humanoid, but in a closed hall where the robot travels between a few stations, it is not a drawback.

The second scenario is data collection. Sanctuary says the new generation is used to capture high-quality training data, and in August 2026 the company began selling the Carbon control system for other companies' robotic hardware as well. Phoenix is thus both a working robot and a platform on which software learns.

The third area is logistics and retail: moving goods, sorting, work at shelves. The manufacturer names industry and “industrial precision work” as the target group, but no customer names appear, so we describe no specific deployment here.

Where Phoenix will not work: anywhere that requires climbing stairs, crossing thresholds, rough terrain or narrow passages; wheels have their limits. If mobility is key for you, see the bipedal Figure 03 and Agility Digit 5. We cover industrial applications in factories and warehouses, and the general background in “Humanoid Robots in Factories 2026”.

Who it's for

Phoenix is for industry seeking precise manipulation where the robot's work area is flat and predictable: assembly lines, quality-control stations, kitting stations. It will also interest research teams working on grasping, touch and learning from human demonstration, and companies that want to assess whether the Carbon architecture will work for their tasks.

It is not for you if: you need a robot that moves on stairs or terrain; you want to order a machine with an official price and delivery to Poland (the status is pilot, the price is unknown, and there is no distributor here); you need a unit for a home or for food service; or you expect independent tests, because the public data come mainly from the manufacturer. It is also worth checking your own legal and health-and-safety position: “Robot Safety Standards”. Anyone just starting out should first read “How Does a Humanoid Robot Work”.

Deployments

The manufacturer gives no information on distribution or pilots in Europe. In this category, documented deployments belong rather to bipedal machines such as the Agility Digit 5 in logistics. We have collected the companies active in the Polish robotics market in the article “Polish Robotics Companies”. Ask the manufacturer for a list of pilots and about how hydraulics servicing works outside North America; whether purchase talks make sense in Poland depends on that.

The competitor closest in philosophy is the Figure 03: a 20 kg payload, 35 DOF and a focus on industrial fleet work; we even have a separate comparison of “hydraulic hands versus an industrial fleet.” If you need bipedal logistics, reach for the Agility Digit 5 (22.7 kg payload, warehouse pilots). The Atlas is a prototype with 56 DOF and a claimed payload of up to 50 kg, far more ambitious but not yet a product you can buy. The Fourier GR-2 is actually on sale to business and research customers, with 53 DOF. Finally the Unitree G1: it does not match Phoenix in strength or sensitivity, but it costs around PLN 52,300 (≈ EUR 11,980) and lets you start experimenting right away. If hand precision, not gait, decides your choice, none of the above corresponds directly to Phoenix; that is why it is worth asking manufacturers about tactile sensitivity and grip-force range.

Sanctuary AI was founded in 2018 in Vancouver. The first version of Phoenix was shown in May 2023 (that was the sixth generation), and the eighth generation, described in December 2024, brought a change key to the whole design: giving up bipedal walking in favor of a wheeled base. The company explains it with signals from customers that legs are too delicate for the force needed in precise industrial work. In August 2026 Sanctuary began selling the Carbon control system for other makers' hardware as well, which shows that the software is beginning to live a life of its own. We describe the manufacturer at Sanctuary AI.