Technical Due Diligence & Trust Report: Apptronik — Apollo

Industrial Humanoid Platform | Last verified: 2026-02-03

A) Short Overview

Apollo is a human-scale, general-purpose humanoid robot designed by Apptronik for high-performance warehouse and manufacturing operations. It is built on a “human-centered” philosophy, emphasizing safe interaction, a modular form factor, and a high payload-to-weight ratio.

Manufacturer-Stated Solution Areas:

• Intralogistics Unloading: Automating trailer unloading and inbound sorting workflows.
• Case Picking & Palletization: Autonomous handling of boxes and totes in distribution centers.
• Line-Side Replenishment: Delivering assembly kits and parts directly to human production workers.

Commercial Availability:

Apollo is currently available via enterprise inquiry and pilot programs. In 2025, Apptronik secured $350M in Series A funding (led by B Capital and Google) to scale commercial production for 2026. Through its partnership with manufacturing giant Jabil, Apollo is transitioning into mass production, with a target price point aimed at below $50,000 per unit.

B) Key Facts

C) Capabilities & Limits

Verified Capabilities (Can):

• Advanced AI Reasoning: Integrated with Google DeepMind’s Gemini Robotics 1.5, enabling the robot to follow natural language instructions and adapt to unstructured tasks without retraining.
• Modular Versatility: The upper torso can be mounted on legs (biped), a wheeled base for faster warehouse transit, or a stationary pedestal for sorting.
• Hot-Swap Endurance: Designed for nearly continuous operation (22/7) through rapid battery swapping, eliminating charging downtime.

Known Constraints (Limits):

• Environmental Sealing: No official IP rating (dust/water) has been published in primary materials; current deployments are strictly climate-controlled.
• Certifications: While “force control” is a core feature, formal ISO 13849 PL ratings or CE Declarations of Conformity must be requested specifically for each customer deployment.
• Developer Access: Low-level ROS2 access is not publicly documented; advanced software integration is primarily handled via the proprietary Gemini Robotics SDK.

D) Verified Deployments

• Mercedes-Benz (Berlin-Marienfelde): Transitioned from pilot to autonomous operations within the MO360 digital factory system (2025–2026).
• GXO Logistics: Multi-phase R&D program evaluating bipedal tote handling in US-based distribution centers.
• Jabil: Active collaboration to scale production; Apollo units are being tested in Jabil’s own manufacturing workflows.

E) BotReburn Trust Note (Procurement Guidance)

• Scaling Reality: With the Jabil production ramp-up, verify lead times for 2026–2027 deliveries. Ensure spare-parts logistics are covered in your region.
• AI Readiness: To utilize the full “Gemini” capabilities, confirm if your local network infrastructure supports the required cloud/on-device hybrid connectivity.
• Safety Audit: For German/EU deployments, request the specific risk-assessment methodology used for the Berlin-Marienfelde facility to expedite your own local approvals.
• Support Model: Given the “modular” design, clarify which parts are field-replaceable and the required training level for your maintenance staff.

F) Sources (Access Date: 2026-02-03)

1. Apptronik Official: Apollo Product Specifications & Mercedes-Benz Commercial Agreement.
2. Google DeepMind: Gemini Robotics On-Device & SDK Update (June 2025).
3. Jabil Newsroom: Collaboration to scale Apollo production (April 2025).
4. Gartner Report (Jan 2026): Status of Humanoid Pilots in Supply Chains.