Revolutionizing Robotics: Cutting-Edge Investments Fueling the Development of Humanoid Robots

AheadForm Secures Hundreds of Millions in Series A1 Financing to Propel Next-Gen Biomimetic Robots

Recently, AheadForm announced its successful completion of a multi-hundred-million-yuan Series A1 funding round. This round was co-led by Huakong Fund and a leading internet conglomerate, with participation from Gaorong Capital, Pengrui Fund, E-Town Capital, Shanghai Semiconductor Industry Fund, Nanshan Strategic Emerging Investment, alongside existing investors such as China Merchants Venture, Shunwei Capital, Highlight Capital, Snowball Capital, and Eastern Bell Capital.

Founded in June 2024 in Shanghai, AheadForm specializes in biomimetic humanoid robots. Remarkably, by October that same year, the company received seed funding from Tencent Investment, MiraclePlus, Taihill Venture, and iRobot. The company’s CEO and CTO, Hu Yuhang, gained widespread recognition for interactive videos featuring their hyper-realistic humanoid robots, which amassed billions of views online.

This latest financing will primarily be used to advance iterations of their multi-modal embodied interaction systems and emotion-based foundational models. Additional efforts include scaling up core facial components, optimizing material systems, standardizing deliveries, and expanding global market reach.

Changan Auto Launches Smart Robotics Subsidiary with $654M Registered Capital

Changan Auto recently established Changan Tianxu Intelligent Robotics (Chongqing) Co., Ltd., with a registered capital of ¥4.5 billion ($654 million). The company, led by legal representative Tan Huan, will focus on industrial robot manufacturing, intelligent robotics R&D, and AI software development. The shareholder structure includes Changan Auto (000625), China Changan Automotive Group, Chen Zhi Auto Tech Group, and Chongqing Changan Technology Co., Ltd.

Songyan Power Increases Capital by 26% to Over $409K

Beijing Songyan Power Technology Group Co., Ltd., founded in September 2023, recently increased its registered capital from ¥3.25 million ($472,000) to ¥4.09 million ($594,000)—a 26% boost. Specializing in industrial and intelligent robot R&D and sales, the firm is jointly held by industry players like Beijing's Robotics Industry Development Investment Fund and key stakeholders such as CEO Jiang Zheyuan. The company has undergone several capital expansions since early 2023.

Ningbo Energy and Unitree Robotics Form $1.44 Million Robotics R&D Firm

In collaboration with Ningbo Energy (600982), Zhejiang Blue Core Emergency Tech Co., Unitree Robotics (Ningbo), and Zhejiang Harbor Group, a new robotics R&D firm named Zhejiang Yulan Intelligent Emergency Robotics Research Institute Co., Ltd. was recently established, with a registered capital of ¥10 million ($1.44 million). The company focuses on intelligent robotics, AI software development, and tech consulting services.

Unitree Spinoff Forms Dedicated Robotic Dog Subsidiary

Unitree Robotics announced the establishment of Shenzhen Unitree Kootuo Technology Co., Ltd., a wholly-owned subsidiary focusing on four-legged robotic dogs. The subsidiary’s board comprises Unitree’s founder and CEO Deng Taihua, alongside leading executives from its robotics division. While independent financing plans remain uncertain, Unitree’s history of spinning off subsidiaries suggests it could follow suit. Notably, its February 2023 spinoff, MiFeng Tech, raised billions in seed and angel funding within weeks, marked by investments from Sequoia China, Baidu Ventures (BV), and Yunfeng Capital.

Lightweight Design Innovations: Paving the Path for Humanoid Robot Commercialization

The humanoid robotics industry is accelerating toward commercialization, with lightweight design now emerging as a pivotal challenge. Current humanoid robots typically weigh between 50kg and 120kg, compromising agility, battery life, and operational safety.

Advanced Metal Injection Molding (MIM) technology is addressing this challenge with its unparalleled precision, strength, lightweight structure designs, and cost-effectiveness. By enabling hollow inner designs, such as honeycomb-optimized robot linkages, MIM technology achieves reduced weight while maintaining durability. Critical components like miniature gears for dexterous robotic fingers and bionic joints benefit from MIM’s precision and adaptability, driving manufacturing scalability and cost reduction.

MIM-based parts are rapidly becoming an industry standard for commercializing humanoid robots due to their high precision, lightweight properties, and material versatility. This breakthrough has positioned MIM as a foundational technology in enabling high-cost-efficiency production for the humanoid robotics sector.