Apptronik Apollo Review: Specs, Price, Autonomy, Capabilities and Buyer Guide

By the FIRGELLI Robots Editorial Team. Last updated 2026-07-09.

Quick Answer

Apptronik Apollo is a full-size bipedal humanoid robot for industrial, logistics and enterprise work. It is not a quadruped and not a home social robot. Apollo belongs in the labor-oriented humanoid category with Tesla Optimus, Figure 02 and Agility Digit.

Public Apollo specs commonly list a 5 ft 8 in body, about 160 lb weight, 55 lb payload and around 4 hours per battery pack. FIRGELLI's KB also lists 30 DOF. Apptronik's older Apollo product URL is not currently returning a live product page during this audit, so buyers should verify current configuration, price and availability directly with Apptronik before making procurement decisions.

Based on what has been shown publicly, we would place Apollo around Level 2-3 enterprise humanoid today. The robot is credible for pilots and defined industrial tasks, but public evidence does not support a general-purpose autonomous worker that can be purchased and deployed without deep integration.

Our Verdict

What Is Apptronik Apollo?

Apptronik Apollo is an industrial humanoid robot designed to do physical work in human-scale environments. The form factor is a full bipedal body with arms and hands, making it closer to Figure 02 and Tesla Optimus than to a fixed collaborative arm or mobile warehouse cart.

Apollo's value proposition is practical labor automation: moving through spaces designed for people, lifting useful loads and taking on repetitive tasks in logistics or manufacturing. It should not be described as a consumer robot or a generic warehouse AMR.

Who Makes Apptronik Apollo?

Apollo is made by Apptronik, an Austin-based robotics company. Apptronik has focused on humanoid robots for work and has been discussed publicly in the context of enterprise pilots and industrial partnerships.

What Type of Robot Is It?

Apollo is a full bipedal industrial humanoid. That classification matters because an article about Apollo should focus on payload, battery, safety, work-cell fit, task integration and enterprise deployment rather than social conversation or home privacy as the primary use case.

Key Specifications

What Can Apptronik Apollo Actually Do?

Public Apollo specifications point to useful industrial scale: 5 ft 8 in height, 160 lb weight and 55 lb payload. Those values suggest a robot intended to move real objects rather than only gesture or entertain.

The likely near-term Apollo use cases are defined tasks in logistics, manufacturing and warehouse-style environments where the site can be mapped, safety procedures can be enforced and jobs can be repeated. General-purpose work across arbitrary buildings is a much harder claim and should be treated cautiously.

Autonomy Review

Based on what has been shown publicly, we would place Apollo around Level 2-3 based on public evidence: supervised operation, configured tasks and enterprise pilots rather than open-ended general autonomy.

For a buyer, the question is not whether Apollo can walk or lift in isolation. The real test is whether it can complete a defined workflow at acceptable speed, uptime and safety cost compared with fixed automation, AMRs, cobots or human labor.

Privacy and Teleoperation

Apollo is not primarily a home robot, so privacy is mainly an enterprise data issue. Industrial buyers should ask how cameras, logs, remote support sessions and training data are handled, especially if the robot works around employees or proprietary processes.

Hardware and Design

Apollo's public spec profile is human-scale: roughly 5 ft 8 in and 160 lb. The 55 lb payload target is one of the key reasons the robot is interesting for logistics and manufacturing. FIRGELLI's KB lists 30 DOF, which buyers should verify against the current Apptronik configuration.

Mobility

Apollo is bipedal. Bipedal mobility can help a robot use stairs, aisles and existing human workspaces, but it also raises reliability and safety requirements. Buyers should evaluate walking stability in the exact site, not only on demo floors.

Hands, Arms and Manipulation

Apollo's value depends on arms, hands and payload. A 55 lb payload is meaningful, but buyers still need task-specific details: object size, grip style, cycle time, reach, repeatability and what happens when the robot drops or misidentifies an item.

Battery Life and Power

Public Apollo specs list about 4 hours per battery pack. That is useful for shift planning, but real runtime depends on walking, lifting, idle time, compute and environmental conditions. Battery-swap and charging workflow should be part of any pilot design.

Sensors, Vision and Perception

Detailed current sensor configuration should be confirmed with Apptronik. For industrial deployment, the important questions are obstacle detection, human detection, redundancy, lighting tolerance and whether perception data is stored or streamed.

Software, AI and Developer Ecosystem

Apollo's software value is in enterprise task execution. Buyers should ask about fleet management, API access, integration with warehouse or manufacturing systems, remote support, simulation and how new tasks are taught.

Safety and Operating Environment

A 160 lb biped carrying up to 55 lb needs strong safety controls. Any deployment should include site risk assessment, speed and force limits, safe zones, emergency stops, employee training, maintenance procedures and incident logging.

Price and Availability

Apollo pricing is not publicly disclosed. Expect direct enterprise inquiry, pilot terms or lease/service arrangements rather than consumer purchase. Buyers should compare total cost against cobots, AMRs and fixed automation for the target workflow.

Best Use Cases

• Industrial material handling pilots.
• Warehouse and logistics workflows with defined tasks.
• Manufacturing support where human-scale navigation matters.
• Enterprise humanoid benchmarking.
• Repetitive lifting or transport tasks in controlled environments.

Who Should Consider Apptronik Apollo?

Consider Apollo if you are an enterprise buyer with a defined task, a controlled site and the ability to work directly with Apptronik on safety, integration and support.

Who Should Avoid Apptronik Apollo?

Avoid Apollo if you need public pricing, immediate self-serve purchase, consumer home use, or a general-purpose robot that can handle unpredictable work without integration.

Strengths

• Correct full bipedal industrial humanoid classification.
• Useful public body scale and payload specs.
• Industrial and logistics focus is commercially realistic.
• 4 hour battery-pack figure is practical for pilot planning.
• Strong comparison candidate against Figure 02, Digit and Optimus.

Limitations

• Old official product URL was not live during this audit.
• Price and buyer terms are not public.
• Current sensor, software and safety package need verification.
• General autonomy is not proven from public evidence.
• Enterprise integration is likely required.

How Apptronik Apollo Compares With Similar Robots

Compared with Figure 02, Apollo is similarly industrial but has less current public source visibility in this audit. Compared with Tesla Optimus, Apollo appears more explicitly enterprise/logistics oriented. Compared with Unitree G1, Apollo is larger, heavier and more work-focused. Compared with NEO, it is not a home humanoid.

Full Apptronik Apollo Specs and Images

See the full FIRGELLI Robots profile here: Apptronik Apollo robot profile, images and specifications.

More Robot reviews

Continue comparing robots with these related FIRGELLI Robots reviews:

• Atlas Review: Boston Dynamics Humanoid Specs, Autonomy and Buyer Guide
• Digit Review: Agility Robotics Specs, Warehouse Autonomy and Buyer Guide
• Phoenix Review: Sanctuary AI Humanoid Specs, Autonomy and Buyer Guide
• Walker S Review: UBTECH Industrial Humanoid Specs and Buyer Guide
• GR-2 Review: Fourier Humanoid Specs, Autonomy and Buyer Guide

FAQ

Sources and Review Methodology

FIRGELLI Robots used the local KB, public Apollo profile data and current source checks. Because the older Apptronik Apollo product URL was not live during this audit, the article marks specs as public/consolidated and advises buyers to verify current configuration directly.