Apollo 2 is Apptronik's humanoid robot product, positioned as a modular humanoid robot platform with both bipedal and wheeled mobility options, advanced AI capabilities, and dexterous manipulation capabilities for real-world work.
Purpose and positioning Apollo 2's design follows the philosophy of "form follows function." Its modular design allows teams to choose the appropriate mobility option for the task: the bipedal configuration can move through environments designed for people, while the wheeled base provides stability and efficiency in high-throughput environments. Together, the two make Apollo a general-purpose platform suitable for real work.
Key capabilities Hardware and AI combined: Apollo is designed as a powerful physical platform for next-generation AI. Its humanoid form, dexterous manipulation, and real-world mobility make it suitable for carrying robot foundation models that can perceive, reason, and act. Apptronik's collaboration with Google DeepMind and Gemini Robotics demonstrates the possibilities when cutting-edge AI is combined with purpose-built robot hardware: machines that are more general-purpose, more interactive, and better able to adapt to the world around them.
Human-robot interaction and human-centered design: Apollo 2 is designed to communicate clearly with the people around it. An expressive LED mouth, coordinated lighting, and speech and listening capabilities make interaction more natural, and a built-in chest display can intuitively show information such as robot status, battery level, charging status, and task progress. By making Apollo's intentions, activities, and status easier to understand, Apptronik aims to create a more transparent and approachable experience that helps people feel informed, confident, and comfortable when collaborating with the robot.
Actuator technology: Actuators are at the core of humanoid robot performance. Apollo 2 uses Apptronik's patented actuator technology to provide powerful, efficient, and precise motion throughout the body, helping the robot move, lift, and manipulate with confidence. This actuator platform has been developed through years of robotics engineering, with design goals including more than 90% energy efficiency, ease of maintenance, manufacturability at scale, and supply chain resilience. By reducing dependence on a single supplier and improving scalability, Apollo is built not only for performance, but also for scaled production and deployment.
Runtime and charging: Apollo 2 is built for real-world workflows where runtime is critical. Swappable batteries help enable 7x22 operation, allowing teams to quickly replace battery packs and keep the robot working with minimal interruption. Flexible charging options, including opportunity charging and wired connections, make Apollo easier to adapt to different tasks, facilities, and deployment needs. Convenient charging capability is built into the design,Enables Apollo to stay powered, efficient, and ready to work.
Platform Composition The Apollo humanoid robot platform is composed of three collaborating parts: hardware, intelligence, and operations. Apollo 2 is the physical foundation of the platform: a next-generation humanoid robot built to move, manipulate, and interact in the real world. Its human-centered form allows it to operate in spaces designed for people, while advanced actuators, dexterous object handling, perception systems, and modular mobility options enable it to adapt to a wide range of tasks and environments. Artemis coordinates perception, planning, control, safety systems, task execution, and human-robot interaction, enabling the robot to understand what is happening, decide how to respond, and act reliably in the real world. This allows Apollo to translate high-level goals into precise whole-body coordination, creating a high-performance and safe experience for the workers around it. Fleet Connect is the operations layer that helps teams manage robots at scale. It provides tools to monitor robot status, orchestrate tasks, manage deployments, collect data, and optimize operations across an entire humanoid robot fleet. By connecting robots, operators, and deployment data in one system, Fleet Connect helps organizations understand what robots are doing, keep them productive, and continuously improve outcomes in the field.
Safety by Design Apollo 2 is designed with safety at every level - from the way it moves through physical spaces to how it reasons about the world around it. Hardware-level safety zones help the robot respond predictably to nearby people and objects, while advanced AI reasoning can support more context-aware decisions in complex real-world environments. Apollo's collision zone is designed to immediately pause motion when an object is detected within a defined radius. Its configurable perimeter zone allows teams to adjust the robot's behavior when people, equipment, or obstacles enter the surrounding workspace, helping create a safer and more adaptable operating environment.
Additional Information Regarding specific fees, pricing, platform availability scope, and detailed usage steps, official materials are not yet available.
