Path Robotics Completes $300 Million Series E Funding Round

This round of financing was led by Georgian.

Author | Liu Lishu

Edited by | Xu Lisi

Robot Forward reported on November 11, yesterday, the American robotics company Path Robotics announced the completion of300,000,000 USD (approximately 2,000,000,000 yuan) Series E financing, with a post-money valuation reaching2,450,000,000 USD (approximately 16,400,000,000 yuan).

This round of financing was led by Georgian. Existing investors Addition, Drive Capital, IronArc Ventures, Tiger Global, Yamaha Motor Ventures and their affiliates participated in the investment.

New investors D. E. Shaw Ventures and NAVER Ventures also participated in this round of financing.

Among them, Georgian partner Emily Walsh will join the Path Robotics board of directors.

Path Robotics stated that this round of financing will accelerate the deployment of the company's physical AI platform in multiple industries, including defense and energy infrastructure fields, extending robotic application tasks from welding to more manufacturing links, and expanding more robotic forms, and increase investment in AI model training and computing power resources.

As of now, Path Robotics has a cumulative financing of approximately 610000000 USD (approximately equivalent to 4070000000 yuan).

It is reported that Path Robotics was founded in 2018, is headquartered in Columbus, Ohio, USA, and is dedicated to developing physical AI technology for manufacturing.

On the product side, Path Robotics launched the Weld World Model, which is a model built based on neural networks model, mainly using high-fidelity, multi-modal welding data Perform training.

Traditional welding simulators usually rely on simplified mathematical equations to predict welding results, while Weld World Model can learn welding techniques through actual welding, observing results, and continuous adjustments to learn welding techniques.

In addition, the company also launched the physical AI welding model Obsidian.

Before, during, and after welding, the system collects relevant data and uses this data to continuously improve the Weld World Model.

Currently, Path Robotics customers include several large manufacturing enterprises in the United States, such as HII, Lockheed Martin, and Saronic.

In addition, the company also serves multiple medium-sized manufacturing enterprises, including EK Machine, Millerbernd Manufacturing Company, TransAmerican Power Products, Inc., and TYCROP.

This year, Path Robotics announced a production agreement with HII worth $600,000,000 (approximately 4,000,000,000 yuan) aimed at accelerating the deployment of physical AI technology in U.S. Navy shipbuilding projects.

Regarding the core team, Path Robotics co-founder and CEO Andy Lonsberry graduated from Ohio State University in the United States for his bachelor's degree and from Case Western Reserve University for his master's degree in mechanical engineering, with his professional research field being deep reinforcement learning.

▲Andy Lonsberry and Alex Lonsberry

Between 2010 and 2012, Andy Lonsberry successively served as a robotics engineer intern at Bio Robots LLC and IHMC.

IHMC is a non-profit research institution under the University of Florida; Andy Lonsberry formerly worked in the exoskeleton department of the institution, focusing on fall detection and fall prevention work.

In 2012, Alex Lonsberry continued his PhD in mechanical engineering, with research directions involving recurrent neural network control, brain decision-making mechanisms, and laser welding event prediction; currently, his doctoral research is temporarily shelved, and he is participating in manufacturing-related work at Path Robotics.

Currently, Path Robotics is rapidly expanding its team size. The company's number of employees has increased by 97% year-on-year compared to last year, and it plans to reach 400 people by the end of this year. Return to the previous page for more information