The configuration
Apollo 2 can use legs or a wheeled base. Apptronik describes it as a data-collection and training platform working at Robot Park and partner sites. A chest display shows task and battery information. The modular base must be specified before comparing its locomotion with a biped.
Apollo 2 product page ↗ · Apollo at Robot Park ↗
Hardware and sensors
| Component | Documented specification |
|---|---|
| Mobility | Bipedal configuration or wheeled base. |
| Actuation | Apptronik proprietary actuator technology. |
| Power | Replaceable batteries, opportunity charging and tethered power. |
| Operator display | Chest screen, LED mouth and status lighting. |
Control and software access
Artemis coordinates perception, planning and body control. Fleet Connect manages tasks and robot status. The page does not establish public ROS 2, SDK or simulation access.
Robot Park operating modes
Apptronik reports that Apollo 2 collects training data through teleoperation and autonomous execution at Robot Park and partner sites. Its June 2026 announcement also describes physics simulation for hardware and control development.
Price and availability
Apptronik handles projects through direct inquiries. Public pricing and an open delivery schedule are not stated.
Apollo 2 product page ↗ · Checked 10 October 2026
Limits and missing information
- No version-specific height, mass, joint count or battery capacity is given on this page.
- The 7-by-22 operating target includes power replenishment and is not a battery runtime.
Official sources
- Apollo 2 product page ↗Apptronik · Checked 10 October 2026
- Apollo at Robot Park ↗Apptronik · Checked 10 October 2026
Profile history
10 October 2026 · Added this configuration with manufacturer sources and stated evidence limits.
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