Gasgoo Munich- EagleSight Dynamic, a developer of embodied AI bionic flapping-wing robots, has closed a Series A round worth tens of millions of yuan.
The capital will fuel production stockpiling and market expansion for its first consumer product, team growth, and R&D into next-generation flapping-wing robots and fluid simulation engines.
That marks three funding rounds in just three months—Seed, Angel, Pre-A, and Series A—for EagleSight Dynamic.
Founded in March 2025 and based in Shenzhen, EagleSight Dynamic is the first company globally dedicated to embodied AI bionic flapping-wing robots. Its operations split into two pillars: developing and commercializing these robots, and running its proprietary Vortrix fluid simulation engine. This engine builds virtual fluid environments to train flight strategies, creating a closed-loop system by feeding data back from real-world flights.
Image Source: EagleSight Dynamic
The technological leap lies in how they interact with the air. Unlike rotary drones, which rely on high-speed spinning blades to push against the atmosphere, flapping-wing robots mimic birds, harnessing airflow to generate lift.
EagleSight Dynamic's robots operate below 45 decibels, significantly quieter than the 60-plus decibels typical of rotary drones. Their flexible wings are safe near humans, they consume zero power while gliding, and their endurance is 3 to 5 times that of similarly sized rotary craft. These traits make them ideal for ecological monitoring and urban inspections where rotary drones struggle.
EagleSight Dynamic has launched its first consumer product, the Eagle X. With over 3,000 hours of flight testing logged, it is now in mass production and heading to Kickstarter for global developers. The device is an open platform: wings are swappable, software is flashable, and payloads are mountable, allowing for extensive secondary development.
Meanwhile, the company is developing the "White Eagle," an embodied AI flapping-wing robot. Weighing roughly 3 kg with about 15 degrees of freedom, its wings can independently execute complex motions—adjusting angles, twisting actively, and folding—just like a real bird.
The Vortrix engine serves as EagleSight Dynamic's core moat. It tackles industry bottlenecks—such as the low efficiency of traditional CFD and its inability to handle large-scale reinforcement learning—by combining particle modeling with AI. This boosts computational efficiency by roughly 1,000 times. Control strategies trained in the system can be transferred to real robots with zero-shot learning, slashing aerodynamic design cycles from months to days.
Vortrix is reportedly the world's first integrated fluid-control simulation training platform designed specifically for robotics.
EagleSight Dynamic's commercial roadmap unfolds in three phases. First, it will take consumer products overseas to build brand influence and establish scalable delivery. Second, it will leverage its long endurance and low noise to enter industrial markets like urban inspection and ecological monitoring, generating cash flow through hardware volume. Finally, it aims for platformization: opening its proprietary power and joint modules, along with the Vortrix engine, to all teams developing aerial and underwater robots.
About Seeds Discovery:
Gasgoo's "Seeds Discovery" column is designed to connect startups, ecosystem partners, investors, and local governments, empowering the entire supply chain. Since its inception, the column has sought to identify standout companies, technologies, and business models driving the intelligent transformation—fostering the growth of automotive innovation. According to Gasgoo, nearly every startup featured in Seeds Discovery has successfully connected with industrial ecosystem resources.
