Overview
Apptronik Apollo is purpose-built for factory environments, designed to work alongside human workers on assembly lines. It is one of very few humanoid robots confirmed doing real paid factory work in active automotive production.
What are the specifications of Apptronik Apollo?
- Design: Purpose-built for factory environments
- Collaboration: Designed for human-robot coworking on assembly lines
- Focus: Industrial manufacturing and logistics
What are the applications of Apptronik Apollo?
Automotive manufacturing, factory assembly, industrial automation, logistics.
Where has Apptronik Apollo been deployed?
Mercedes-Benz factory deployments — active paid work in automotive production (2025–2026). One of the most credibly deployed robots in production manufacturing today.
How much does Apptronik Apollo cost and where can you buy it?
Status: 🔴 Enterprise only — not for public purchase
Price: Enterprise contract pricing (not disclosed)
How to Purchase: Contact Apptronik via apptronik.com — enterprise deployments only, no public sales path currently available.
Why does Apptronik Apollo matter?
Apollo’s Mercedes-Benz deployment makes it one of the most credibly deployed humanoid robots in real production work. While many competitors demo capabilities, Apollo is generating revenue through actual factory labor — a critical milestone for the industry.
Frequently Asked Questions About Apptronik Apollo
What is Apptronik Apollo used for?
Apollo is purpose-built for factory environments, designed to work alongside human workers on automotive assembly lines. It performs industrial manufacturing tasks, factory assembly work, and logistics operations. Apollo is one of very few humanoid robots confirmed doing real paid factory work in active automotive production facilities.
Who manufactures Apptronik Apollo?
Apptronik, based in Austin, Texas, manufactures Apollo. The company has roots in NASA robotics research programs. Apptronik has established a strategic partnership with Google and secured Mercedes-Benz as a key deployment partner, with Apollo units actively performing paid work in Mercedes-Benz automotive production facilities since 2025.
How much does Apptronik Apollo cost?
Pricing is not publicly available as of 2026. Apollo is available only through enterprise contracts with pricing disclosed during the sales process. There is no public retail sales channel or consumer purchase option. Interested enterprises must contact Apptronik directly through apptronik.com to discuss deployment contracts and pricing terms.
What are the key specifications of Apptronik Apollo?
Apollo stands 1.73 m (5 feet 8 inches) tall and weighs 73 kg (161 lbs). It carries payloads up to 25 kg and moves at 1.0 m/s (3.6 km/h). It features hot-swappable batteries capable of supporting full work shifts. Perception is handled by Intel RealSense cameras. Full degrees of freedom specifications have not been publicly disclosed.
Where is Apptronik Apollo currently deployed?
Apollo is deployed at Mercedes-Benz factories performing active paid work in automotive production since 2025 through 2026. This deployment represents one of the most credible commercial humanoid robot deployments in the industry, with units generating revenue through actual factory labor rather than demonstration or pilot programs only.
How does Apptronik Apollo compare to other humanoid robots?
Apollo differentiates through its NASA robotics pedigree and confirmed revenue-generating factory deployments at Mercedes-Benz. Its hot-swappable battery system enables continuous shift operation without downtime for charging. At 25 kg payload capacity, it handles heavier loads than many competitors, though at 73 kg it is heavier than some alternatives.
What AI capabilities does Apptronik Apollo have?
Apollo uses a proprietary AI platform with a Google strategic partnership for ongoing development. It relies on Intel RealSense cameras for spatial perception and object recognition in factory environments. The system is designed for human-robot collaboration on assembly lines, enabling Apollo to work safely alongside human workers during production tasks.