What's Happening?
Apptronik, an AI-powered robotics company, has successfully closed a $520 million Series A-X funding round. This extension follows a $415 million initial Series A raise in 2025, bringing the total Series A funding to over
$935 million and nearly $1 billion in total capital raised. The funding round saw participation from existing investors such as B Capital, Google, and Mercedes-Benz, along with new investors including AT&T Ventures and John Deere. The fresh capital will be used to ramp up production of Apptronik's humanoid robot, Apollo, and expand its global network of commercial and pilot deployments. The investment will also support the development of new facilities for robot training and data collection, as well as continued innovation in human-centered robot design.
Why It's Important?
This significant investment underscores strong investor confidence in Apptronik's vision for AI-powered robots that support human activities across various industries. The funding will accelerate the time to market for Apptronik's products and enable the company to address the needs of its retail, manufacturing, and logistics customers. By enhancing its production capabilities and expanding its deployment network, Apptronik is poised to transform workflows and reimagine factory floors. The company's partnerships with major brands like Mercedes-Benz and Google DeepMind highlight its strategic position in the robotics industry, potentially setting new standards for humanoid robots designed to work alongside humans.
What's Next?
With the backing of its investors and strategic partners, Apptronik plans to unveil the newest version of its humanoid robot, Apollo, and maximize the impact of embodied AI across industries. The company aims to revolutionize human-robot interaction, initially focusing on logistics and manufacturing, with future expansions into retail, healthcare, and home environments. As Apptronik continues to innovate and deploy its robots, it may drive significant changes in labor-intensive industries, potentially reshaping how tasks are performed and enhancing productivity.
