In February 2026, UniX AI launched its next-generation embodied intelligent robot series, Panther. This innovative product features a highly integrated joint platform architecture, equipped with an 8-degree-of-freedom bionic robotic arm and adaptive intelligent grippers. Additionally, it comes with an omnidirectional four-wheel drive chassis that enhances maneuverability and operational stability in complex environments.
The Panther platform upgrades focus on real-world operational capabilities. The omnidirectional four-wheel drive chassis supports lateral movement, pivoting in place, and alignment against edges, making it suitable for tight spaces such as kitchens and store aisles. With an 80 cm vertical lifting range, it allows for ground-level picking and multi-level shelf operations, reducing the need for frequent repositioning of the chassis. The power system has been upgraded to a 48V platform, ensuring controllability during high-speed swings and quick strikes. The upper limbs feature an 8-degree-of-freedom dual-arm configuration, providing higher motion redundancy for obstacle avoidance and complex path planning in confined spaces.
Demonstration videos showcase the Panther’s ability to perform in extreme scenarios: during cooking, it coordinated multiple machines for cutting, delivering, and cleaning; in pouring tasks, it utilized a liquid flow model to predict the rising liquid level, achieving a ‘full but not overflowing’ result; in a card game, it validated the stability of slice separation and long-sequence execution; embroidery tasks demonstrated millimeter-level trajectory error control; and in greeting scenarios, it dynamically updated grasping points through posture recognition for smooth interactions. A golf swing test validated torque coordination and center of gravity compensation under dual-arm closed-chain control.
These capabilities rely on UniX AI’s ‘trinity’ core architecture: the algorithm layer is composed of UniFlex (generalized imitation learning), UniTouch (fusion of vision and touch), and UniCortex (long-term task decomposition), which allows for rapid mastery of complex tasks with minimal teaching. The hardware layer focuses on fully self-developed chassis, joint modules, and end-effectors, forming an iterative closed loop between algorithms and hardware.
Regarding commercialization, UniX AI is initially targeting high-value B-end scenarios, validating long-term operational capabilities in health care services, commercial services, and semi-structured operational environments. In the future, it plans to collaborate with industry partners to establish a ‘technology platform + industry solution’ model, ultimately extending to general household services as costs decrease with scaling.
Disclaimer: This content is generated automatically by an open intelligent model and is for reference only.
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