Phoenix
About
About Phoenix
Phoenix is Sanctuary AI’s humanoid development platform for dexterous manipulation and the collection of physical training data. It combines an upper body, two arms and robotic hands with the Carbon control system. The programme includes several generations. Published dimensions and payload for the original 2023 robot describe that historical configuration.
Generation 8 uses a wheeled base and was designed around higher-quality data capture, improved depth and vision cameras, upgraded telemetry and person–robot interaction. Later tactile sensing supports touch feedback for teleoperation pilots. These systems connect human-guided work with learning for more autonomous manipulation. Phoenix remains one embodiment in Sanctuary’s development programme; the company’s current industrial Physical AI offering also runs on other robot hardware. Performance reported for a separate industrial installation does not describe the full Phoenix platform.
Capabilities
Source-backed capabilities
- Multimodal data collection
Claimed - 2024-12-12 - Capture training data through improved vision, depth cameras and telemetry on Phoenix Generation 8.
Source - Dexterous manipulation
Demonstrated - 2024-12-12 - Reorient objects within a configured 21-DoF hydraulic hand.
Source - Remote and shared control
Claimed - 2025-02-26 - The sensor data feeds Physical AI model training, while teleoperation pilots use the additional feedback for touch-driven tasks.
Source
Deployments
- Customer Site
Pilot planned for a Magna manufacturing facility - 2024-04-11 - Magna - automotive manufacturing - Sanctuary AI announced plans to pilot Phoenix at a Magna manufacturing facility; operating installation and robot quantity were not disclosed.
Source
Research
- Sanctuary AI explains tactile sensing and touch for Phoenix manipulation
2023-07-25 - Research Publication - Sanctuary AI describes touch sensing as part of its general-purpose robot stack. The source supports Phoenix research context around tactile perception, dexterous manipulation, and feedback needed for human-like object handling.
Source
Timeline
- Sanctuary AI demonstrates Phoenix Generation 8 at Hannover Messe
2025-05-15 - Demonstration - Phoenix appeared with Microsoft, using Azure infrastructure to bring dexterity-focused Physical AI to enterprise work scenarios. The show ran from March 31 to April 4, 2025; the presentation focused on frontline work and interaction with exhibition visitors.
Source - Sanctuary AI adds touch sensors to Phoenix robots
2025-02-26 - Capability - Touch feedback supports manipulation when vision is occluded, including blind picking, slip detection and prevention of excessive applied force. The sensor data feeds Physical AI model training, while teleoperation pilots use the additional feedback for touch-driven tasks.
Source - Sanctuary AI releases Phoenix Generation 8 for data capture
2024-12-16 - Product Launch - Upgraded depth and vision cameras increased field of view and resolution, alongside changes to telemetry, sensors and audio/video systems. The redesign reduced bill-of-material costs and simplified commissioning; the wheeled base supported the upper-body work targeted by customers.
Source - Sanctuary AI introduces Phoenix Generation 7
2024-04-25 - Product Launch - Wrist, hand and elbow range of motion increased, with more durable hands, smaller hydraulics and improved visual and tactile sensing. New-task automation time fell from weeks to less than 24 hours, alongside faster robot commissioning and a lower bill of materials.
Source - Sanctuary AI partners with Magna on automotive robotics
2024-04-11 - Partnership - The collaboration combines robot development with an assessment of cost and scalability using Magna’s automotive products, engineering and manufacturing capabilities. Magna made a strategic equity investment and had already been an investor in Sanctuary AI since 2021.
Source - Sanctuary AI’s Phoenix joins TIME’s Best Inventions of 2023
2023-10-24 - Award - Phoenix paired Carbon’s language-to-action control with a five-foot-seven-inch body and dexterous hands featuring 20 degrees of freedom in total. TIME evaluated contenders on originality, efficacy, ambition and impact after soliciting nominations from its editorial network and an online application process.
Source - Sanctuary AI unveils Phoenix and Carbon
2023-05-16 - Product Launch - The launch configuration stood five feet seven inches tall, weighed 155 pounds and carried a maximum payload of 55 pounds; its hands had 20 degrees of freedom in total. Carbon combined language models, symbolic reasoning, simulation training and human-in-the-loop supervision to translate instructions into robot action.
Source
Context
Market context
General-purpose humanoid platform designed for task execution in human environments.
- Target environment: Industrial, logistics, commercial and service workplaces with human-designed tools and workflows.
- Workflow context: Dexterous manipulation, teleoperation, task learning, object handling and general-purpose labour automation.
- Deployment model: Humanoid robot platform developed for customer pilots, task training and workplace automation.
- Commercial maturity: Public humanoid platform with customer pilot activity and continuing hardware development.
- Adoption constraints: Requires task training, safety validation, manipulation reliability, customer-site integration and operational support.
- Market position: Manipulation-led humanoid system focused on work tasks that require hands, perception and human-like reach.
- Adjacent products: Humanoid robot for dexterous workplace tasks, teleoperation and general-purpose labour development.
Comparable Systems
- HMND 01 Alpha Wheeled
Humanoid - Semi Humanoid
- AGIBOT G1 MAX
AgiBot - Semi Humanoid