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Apptronik Apollo 2 Robotics solutions that outpace your competition. Open

Autonomous humanoids

Apptronik Apollo 2

Robotics solutions that outpace your competition.

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Robotics Human-robot Interaction Hardware And AI Integration

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Real-World Mobility Real-world Work Situations Mobility Autonomous humanoids

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Verdict

A quick read before you dig into the full page.

Best if: Robotics solutions that outpace your competition
Skip if: Limited to four-hour operation per charge
Pick this when: Versatile design

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Overview

Apollo 2 is a versatile and capable tool designed for the intersection of advanced hardware and embodied AI systems, contributing to real-world work situations with its modular design allowing for either bipedal configuration or a wheeled base.

This advanced system enables movement through spaces built for people, while providing stability and efficiency in high-throughput environments. Developed to be a powerful platform for the upcoming generation of AI, its humanoid form, precise manipulation, and real-world mobility make it ideal for robotics foundation models that can perceive, think, and take action.

Apollo 2's functionality is further showcased in collaborations with Google DeepMind and Gemini Robotics, underpinning the opportunities presented when cutting-edge AI is combined with purpose-built robotics hardware.

These machines are more universal, more interactive, and better equipped to navigate the world around us, providing autonomous action, reasoning, human interaction, and dexterous manipulation.

Apollo 2 also focuses on human-robot interaction with features to communicate clearly with humans through expressive LED displays, coordinated lighting, speech and listening capabilities, and a built-in chest display providing necessary information.

Moreover, Apollo 2 uses Apptroniks patented actuator technology for high performing actuation and real-world strength.

Access & connections

Where you can use Apptronik Apollo 2, and what it plugs into.

Platforms

Web

Integrations

Make

Capabilities

What this tool accepts, produces, and is strongest at.

Input

Output

Pros & cons

Pros

Versatile design
Advanced hardware integration
Capable in real-world situations
Modular design
Bipedal configuration
Wheeled base option
Humanoid form
Precise manipulation capabilities

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Real-world mobility
Robotics foundation models
Collaborates with Google DeepMind
Collaborates with Gemini Robotics
Universal application
Interactive features
Navigation capabilities
Autonomous action
Reasoning capabilities
Human interaction
Dexterous manipulation
Expressive LED displays
Coordinated lighting
Speech capabilities
Listening capabilities
Chest display for information
Apptroniks patented actuator technology
Real-world strength
High-throughput efficiency
Construction and manufacturing applications
Potential for extended industries
Design for friendly interaction
Manufacturable in mass quantities
High payload capability
Built-in safety measures
Modular mounting options
Intuitive interaction features
Battery life efficiency
Swappable battery packs
Plug-in charge options
Unbeaten safety
Force control architecture
Adjustable perimeter zones
Impact detection
Intuitive software suite
Point-and-click control
Trailer unloading capabilities
Case picking capabilities
Palletization capabilities
Machine tending capabilities
Workcell delivery capabilities

Cons

Limited to bipedal or wheeled
Targeted at high-throughput environments
Depends on proprietary actuator technology
Requires specific lighting for communication
Limited to four-hour operation per charge
Expected use in predefined industries
Communication mainly via LED displays
Designed with humanoid form limitations

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Specific collaboration with DeepMind and Gemini

Autonomous humanoids

Full comparison

Releases 1

Initial release September 21, 2023 Current

Initial release of Apptronik Apollo 2.

FAQ 12

What is Apollo 2?

Apollo 2 is a powerful tool that merges advanced hardware and embodied AI processes, with a modular design that allows for either a bipedal or wheeled configuration. This advanced system allows movement through human spaces bringing forth stability and efficiency in high-throughput environments.

What is the main purpose of Apollo 2?

Apollo 2 has been developed as a robust platform for the upcoming AI generation. Its humanoid form, coupled with its ability for precise manipulation and real-world mobility, makes it ideal for robotics foundation models capable of perceiving environments, thinking and taking appropriate actions. It also focuses on human-robot interaction, allowing it to communicate effectively with humans.

How is Apollo 2 integrated with advanced hardware and embodied AI systems?

Apollo 2's advanced hardware is seamlessly integrated with embodied AI systems, making it possible to manoeuvre through human spaces in either a bipedal or wheeled configuration. This results in stability and high efficiency in a myriad of environments. Additionally, its embodied AI, allows it to perceive, reason, perform autonomous actions and interact with humans.

What is the versatility of Apollo 2?

The versatility of Apollo 2 lies in its modular design which can accommodate both bipedal and wheeled configurations. This feature allows Apollo 2 to adapt to various environments and tasks, making it suitable for a wide range of real-world work situations.

Why is Apollo 2 suitable for high-throughput environments?

Apollo 2 is suitable for high-throughput environments because it has been designed for stability and efficiency while moving in spaces that are designed for people. This ability, combined with the capacity for autonomous action and accurate manipulation, lends it a high level of productivity in such environments.

How does Apollo 2 contribute to real-world work situations?

Apollo 2 contributes to real-world work situations by leveraging its versatile design and embodied AI capabilities. Whether operating on a bipedal or wheeled base, it can navigate human-oriented spaces, perform autonomous actions, reason, interact with humans, and carry out precise manipulation, making it effective in various work situations.

Does Apollo 2 have human-like mobility?

Yes, Apollo 2 has human-like mobility. Its advanced system enables movement through spaces built for people, both walking and rolling, which enhances its utility and efficiency in real-world situations.

What collaborations has Apollo 2 been involved in?

Apollo 2 has been involved in collaborative efforts with Google DeepMind and Gemini Robotics. These collaborations have highlighted the potential of combining cutting-edge AI with purpose-built robotics hardware.

How does Apollo 2 interact with humans?

Apollo 2 interacts with humans through expressive LED displays, coordinated lighting, speech and listening capabilities. It also has a built-in chest display that provides necessary information, ensuring clear communication and effective human-robot interactions.

What is Apollo 2’s LED display for?

Apollo 2's LED display is used to communicate clearly with humans. It offers expressive lighting patterns which, combined with coordinated lighting, allows it to convey status updates and other relevant information.

What is Apollo 2’s speech and listening capability?

Apollo 2 is equipped with capabilities for both speech and listening. This feature enhances its capacity for human-robot interaction by allowing it to understand commands or queries and respond to them in an understandable manner.

What does the built-in chest display on Apollo 2 show?

The built-in chest display on Apollo 2 provides necessary information. Although the specifics of what information is displayed were not specified on their website, it is designed to facilitate clear communication and interaction with humans.

Apptronik Apollo 2

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