H-Wing Swan Voyager is an easy-to-operate VTOL flying wing featuring 1 hour flight time and max 45km flying range, which can takeoff/landing vertically without a runway.ads001

The DP500 is the first tilt photography module developed based on market demand and compatible with DJI drone platforms,adapting aircraft DJI M300 RTK/DJI M350 RTK., with a total pixel count of 12.6 million.

The anti-jamming terminal with a built-in positioning module is capable of receiving satellite signals, primarily serving to negate threats from jamming guns and interference radars, ensuring that the navigation data of UAVs remains uncorrupted, preserving accurate positioning and heading.

The anti-jamming system with built-in positioning module is designed for UAV, ensuring that the navigation data of UAVs remains uncorrupted, preserving accurate positioning and heading.

The Bandit Micro ExpressLRS RF Module offers unparalleled performance and reliability for long-range drone and UAV applications. With up to 1 Watt power output, innovative cooling, OLED display, and versatile antenna options, it's the ideal solution for both recreational and professional use.

The Bandit ExpressLRS RF Module delivers unparalleled performance for long-range drone and UAV applications. With up to 1 Watt power output, high-efficiency cooling, rugged CNC housing, OLED display, and versatile antenna options, it's designed for both recreational and professional use.

Experience the efficiency, long range, and low latency of the ELRS protocol with the Ranger Micro 2.4GHz ELRS Module. Featuring F-1000Hz refresh rates, a high-efficiency cooling system, and compatibility with popular radios like TX16S MKII and TX12 MKII, this module offers advanced performance for your RC radio.

The Ranger is the pinnacle of ExpressLRS module design, featuring a rugged CNC machined aluminum case, OLED display, built-in cooling system, and comprehensive compatibility with most radios on the market. Ideal for any task, the Ranger offers unmatched power and functionality for RC enthusiasts.

The Biohand, a new intelligent bionic hand, integrates bionics, mechatronics, materials science, biomedical engineering, and information technology. It is equipped with self-developed somatosensory control technology, making the bionic hand as flexible as a human hand. It features six internal actuating units, ensuring that each finger can move independently, with the thumb capable of moving in two directions, truly simulating the natural movements of a human hand.