Apptronik Apollo Timeline

Apptronik expands Apollo deployments across logistics and manufacturing partners. The company uses data from live deployments to improve Apollo's AI models, benefiting from the Google partnership. Manufacturing output from the Austin facility increases to support growing demand from pilot customers. The company is targeting broader commercial availability beyond 2026.

Google announces an investment in Apptronik alongside a partnership to develop AI models for Apollo. The collaboration focuses on training large robot-learning models using Apollo hardware as a data-collection platform, bringing Google DeepMind's expertise in robot learning into the project.

The first Apollo units enter commercial pilot deployments at partner sites. Apptronik focuses on logistics applications — tote handling, picking, and movement of goods in warehouse environments — where Apollo's 25 kg payload capacity and hot-swap battery make it practical for multi-shift operations.

Apptronik announces a commercial partnership with Mercedes-Benz to pilot Apollo units in automotive manufacturing environments. The pilot targets supply chain and assembly support tasks where Apollo's payload capacity and safe compliant actuation allow it to work alongside human workers on the production floor.

Apptronik formally launches Apollo at a public event in Austin, Texas. Key specifications announced: 173 cm height, 73 kg weight, 25 kg payload, ~4-hour hot-swappable battery. CEO Jeff Cardenas positions Apollo as a workhorse for enterprise automation rather than a research demonstrator — the company's stated goal is deployable robots in real customer environments, not demos.

Apptronik demonstrates DRACO2, a bipedal research platform that serves as a direct technical predecessor to Apollo. DRACO2 showcases the series elastic actuator technology and bipedal balance systems that will carry forward into Apollo's design.

Apptronik is founded in Austin, Texas as a spin-out from the University of Texas Human Centered Robotics Lab. The company immediately wins contracts with NASA to develop actuators and robot systems, including work related to the Valkyrie humanoid robot programme at NASA Johnson Space Center. This NASA heritage shapes Apollo's core actuator architecture.

During this period, Apptronik develops and sells specialised actuators to other robotics companies and research institutions, builds prototype exoskeleton systems, and develops early biped prototypes including the DRACO platform. Revenue from actuator sales and NASA contracts funds the work that will eventually become Apollo.