Surging Growth and Record Orders: This Company Enters the Deep Waters of Embodied Intelligence with Real-World Applications

Explosive Growth: 8-Fold Increase in Orders! This company has made significant strides in the realm of embodied intelligence and has secured its “passport” to the real world.

On March 20, during the FLEXIVERSE 2026 launch event, Feixi Technology made impressive advancements by introducing new products like Enlight, Orion, and MICO. They transitioned from a “single-arm” design to a “universal robotic intelligence base,” culminating in the signing of a strategic partnership for 2,000 robots. The products feature skin-level force perception, 720° unlimited rotation, dual-arm native collaboration, and a gecko-inspired adhesive claw. This achievement marks not only a product triumph but also a significant step in scaling the “universal robotic intelligence base” model.

The core question Feixi aimed to address at the FLEXIVERSE 2026 event was not merely about creating a more powerful robot but rather a more fundamental inquiry: What should the “operating system” of physical reality look like as large models transition into the real world? Over the past two years, breakthroughs in embodied intelligence have predominantly focused on the “brain,” enhancing capabilities in perception, planning, and decision-making. However, on the “body” side, the industry remains fragmented, with issues such as inconsistent control systems, inadequate force perception, lack of native dual-arm collaboration support, and difficulties in implementing algorithms in real environments.

The products released—Enlight, Orion, and MICO—are not just standalone offerings but rather a systematic response to these challenges:

• Enlight redefines the “body” by equipping robots with skin-level force perception and high-frequency force control, enabling them to understand physical interactions and constraints more effectively.
• Orion reimagines the “nervous system,” emphasizing dual-arm native collaboration, which eliminates the need for external integration while enhancing system-level capabilities.
• MICO serves as an integrated humanoid intelligence platform—modularly configurable to support dual-arm systems, allowing developers to drive tasks without having to build complex collaborative mechanisms from scratch.

This innovation means that embodied intelligence now has a reusable, scalable, and developer-friendly physical execution base. For developers, this is transformative: they no longer need to construct control systems from the ground up or handle complex coordination, as they can directly map algorithmic capabilities into the real world. In essence, Feixi is shifting “robot development” from an engineering challenge to a platform opportunity, marking the true beginning of large-scale applications of embodied intelligence.

Enlight features a remarkable “skin-level” force perception, achieving full-body tactile sensitivity with 250,000 touchpoints distributed across its arms. It boasts a precision of 0.5N for touch sensitivity and 2mm for position sensing, supporting up to seven simultaneous contact points. This enables robots to perceive interactions like humans, understanding contact, pressure, and constraints through “skin sensation.” Additionally, Enlight pushes the limits of force control, achieving a force control precision of 0.1N, with joint-level control frequencies reaching up to 10kHz and a maximum output force of 400N. This allows it to perform both micro-level tasks and maintain stable output in larger force applications.

The engineering design of Enlight has undergone revolutionary size reconfiguration. With a lightweight design of 15kg, it can carry a 5kg load, achieving a remarkable 67% increase in load-to-weight ratio. Coupled with its 720° unlimited rotation capabilities across 1/3/5/7 axes, Enlight can perform intricate operations in confined spaces, making it ideal for environments such as operating rooms, laboratories, and high-density production lines.

Orion addresses the challenges of multi-arm operations by defining a “native feel.” Unlike traditional architectures that rely on external scheduling and algorithm integration, Orion positions “multi-body collaboration” as an inherent system capability. As one of the lightest controllers in the industry, Orion has undergone significant physical reconfiguration with a highly modular design, enabling a single controller to drive multiple arms in high synchronization. This capability allows complex operations to be executed as a cohesive system rather than through the coordination of multiple devices.

MICO provides a crucial missing link in embodied intelligence: a modular, standard dual-arm intelligent robot system. MICO is not just a dual-arm platform; it abstracts the underlying complexities of force control, multi-arm collaboration, and motion planning. It features up to 18 degrees of freedom, allowing for customizable configuration, which means developers can focus on task understanding and strategy generation, significantly lowering the barrier to entry for embodied intelligence development.

With its remarkable adaptive force control capabilities, MICO can easily manage tasks like precision insertion and dual-arm grinding. Its modular architecture (including an Ultra version with 8 hours of battery life) enhances the robot’s adaptability in unstructured real-world scenarios, such as medical assistance and commercial services.

Following these groundbreaking products, Feixi officially launched the AEGIS safety system, meeting the highest safety standards. AEGIS aligns with two key frameworks: the IEC 61508, which defines the foundational logic for risk control in electrical, electronic, and programmable systems, and the newly released ISO 10218-1:2025, which clarifies safety boundaries for multi-form robotic systems beyond traditional industrial arms.

The design of AEGIS incorporates 28 proactive safety features, such as speed monitoring, spatial constraints, and dynamic path limitations, which are not isolated functions but are cohesively built around “multi-form collaborative systems.” This ensures that robots can operate safely and predictably in complex environments, offering both operational capabilities and stability during dynamic interactions.

In the realm of tactile advancements, the Grav Enhanced end effector showcases Feixi’s expertise in biomimetic materials. Utilizing enhanced gecko-inspired materials, the claw maintains exceptional adhesion while significantly increasing the closing speed of its dual fingers, complemented by a “rigid-flexible dual mode” that completes the final piece of physical interaction.

As the market begins to respond to these innovations, Feixi announced a strategic partnership with Fortuntech Intelligence for 2,000 units. This partnership indicates that Feixi’s adaptive robotic solutions have successfully passed industrial-scale application tests. Notably, Feixi shared customer data revealing the viability of the “base platform” model: among the top ten companies by market capitalization in North America, six are using Feixi robots for embodied intelligence research; over ten unicorns in the embodied intelligence sector are Feixi clients; and the order volume for 2025 is projected to grow eightfold compared to 2024, with a customer repurchase rate exceeding 60% and an average order size 2.6 times that of the previous year.

In conclusion, Feixi Technology has evolved from merely providing a machine to offering a comprehensive system capable of connecting universal intelligence with the real world. The signing of 2,000 units, relationships with six out of ten North American giants, an eight-fold increase in orders, and 69 ecosystem partners collectively signal that the universal robotic base platform model is being validated by the market. As Feixi embarks on its next decade, the journey from a “base platform” to a “universal ecosystem” is just beginning.