Apollo 2 Wheeled
About
About Apollo 2 Wheeled
Apollo 2 Wheeled places Apptronik’s humanoid upper body, perception system and manipulation hardware on a mobile base. The configuration provides stable movement between workstations and supports sorting, kitting, goods movement and machine interaction across structured industrial facilities.
Artemis manages perception, task planning, safety and whole-body execution, while Fleet Connect assigns work and monitors deployed systems. Swappable batteries, opportunity charging and tethered power support long operating periods. The wheeled configuration is intended for developing and running manipulation workflows in structured industrial environments.
Capabilities
Source-backed capabilities
- Operating environments: Humanoid training and real-world data collection, High-throughput workspaces
- Whole-body loco-manipulation
Claimed - Move on the wheeled base and handle objects in high-throughput workspaces. - environment: High-throughput workspaces
Source - Remote and shared control
Pilot - 2026-06-30 - Apptronik says wheeled Apollo 2 robots are active at its Austin Robot Park, collecting training data across logistics, manufacturing, retail and other customer-driven tasks. The Apollo 2 program combines teleoperation and autonomous execution, with data-collection workflows also running at customer and partner sites. - environment: Humanoid training and real-world data collection
Source
Deployments
- Operating Use
Mixed teleoperation and autonomous training - 2026-06-30 - Robot Park, Austin - Humanoid training and real-world data collection - Apptronik says wheeled Apollo 2 robots are active at its Austin Robot Park, collecting training data across logistics, manufacturing, retail and other customer-driven tasks.
Source
Timeline
- Apptronik opens expanded Robot Park and unveils Apollo 2
2026-06-30 - Product Launch - The nearly 90,000-square-foot Austin site anchors a network that also includes Google DeepMind, Mercedes-Benz and GXO locations. Apptronik described a mix of teleoperation and autonomous execution to gather data for Gemini Robotics models. Apollo 2 had already served as a training platform for more than a year; its data would inform the planned Apollo 3 commercial generation.
Source
Context
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