Apptronik Apollo
ApptronikModular industrial humanoid with swappable batteries and configurable form factors
About Apptronik Apollo
Apollo measures 170 cm tall, weighs 73 kg, and features a maximum payload capacity of 25 kg. Key differentiator is its modular design—the upper body can be mounted on legs, wheeled bases, or static brackets depending on application requirements. Apollo uses swappable battery packs providing approximately 4 hours of runtime with hot-swap capability for continuous operation. The robot integrates NVIDIA and Google Gemini AI models for perception and task planning. Mercedes-Benz and NASA have announced partnerships for Apollo deployment. Design emphasizes safety through force-sensing joints and bright, approachable industrial aesthetics.
PROS
- + Hot-swappable battery system for continuous operation
- + High maximum payload capacity of 25 kg
- + Modular design allows for configurable form factors
- + Designed to operate in human-centric environments
- + Advanced AI from NVIDIA and Google Gemini/Project GR00T
CONS
- - Battery runtime is limited to approximately 4 hours per pack
- - Currently in pilot deployment/prototype phase
- - not commercially available
- - Early unit acquisition cost is likely high (enterprise level)
Use Cases
Manufacturer
Quick Specs
- Type
- Humanoid
- Market
- Industrial
- Availability
- Prototype