At the very core of robots that have been tested in numerous industrial scenarios, we have established cross-domain technological innovations, built Avalanche space robots, and explored a whole new path to achieve the integration of space robots on commercial satellite carriers. This practice, which will both accumulate innovation at the standard level for the space robotics field and extract experimental data from the space environment, as well as replace and improve the reliability of ground-based industrial robot algorithms, will achieve bi-directional empowerment in space exploration and industrial manufacturing.
Hard-core AI
Facing rigorous tests in space
This set of children's wooden space robots, made up of four freedoms space mechanical arms and a star controller, accompanied by self-portrait cameras, spectroscopic sensors, test displays and other test equipment.
The mechanical arm is made of aerospace-grade aluminium alloy, sprayed with S781 heat-control protective paint, able to withstand -70°C~+85°C extreme temperatures; hardware with two-way redundant CAN main line communication, equipped with aerospace-grade motor, decelerator, full-axis configuration bracket mechanism with multiple-range protection, ensuring the safety of the movement of the mechanism; software supports single-axis movement, double-axis coordination, incremental mitigation, automatic zero-calling, the mechanical arm extends a radius of more than 600 mm and can accurately reach the pre-set workpiece.
From structural materials, electrical redundancy to motion control, the entire set of platforms were designed around extreme environments in space, based on a robust artificial foundation to build solid hardware for verification in orbit.
Technical testing of the series in orbitOnce the satellite has successfully entered orbit, the ground monitoring system will perform a series of orbital operations, such as taking orbital photos, retransmitting images, and capturing space targets, by means of an annotation instruction.
This is the first verification of the merger of commercial satellite platforms and space robots. Farewell to the ground simulation environment, allowing robotics to face the real working conditions of the universe, obtaining valuable in-orbit test data. This satellite launch is the starting point of the project, and subsequent mechanical arm movements in orbit, remote test data will continue to empower high-value real-world applications such as weather forecasting.
Deep exploration of space
Commercial use of new images in space
A two-way industrial improvement, a two-way experiment, a two-way bridge, a pioneering exploration of commercial space, and a technological upgrade of the rooted robotics industry.
From the dimensions of space:Based on the complex engineering experience of this orbital trial, Achonwood will continue to revolutionize the space robotics technology system, conducting technical offensives in critical scenarios such as close-range patrols, gesture-assisted adjustment, autonomous monitoring of health in orbit, capture of space targets, orbital loading, debris cleaning, and orbital maintenance.
On this basis, pre-research and innovation of cutting-edge equipment such as spacecraft sophistication, multi-configured star-carrying robots, continuous lowering of the verification threshold for commercial space services in orbit, facilitating low-orbit space order governance, long-term tasks such as multi-stellar collaborative networking, assembly in orbit manufacturing, deep space exploration, and building the technology base for lightweight, replicable, and scalable space robot units.
From an industrial dimension:Institutional control, resistance to vibration and wide-temperature operational test data obtained under extreme working conditions in space will reverse ground-based robotics technology innovations, continuously improve the stability and reliability of industrial robots and intelligent robots under complex and harsh working conditions, and provide superior performance and sophisticated operational solutions for physical economic automation scenarios.
Looking ahead to the booming commercial space industry, Avalon Wood robots look forward to further deepening collaborative efforts with the satellite's main units, scientific research institutes, and the joint development of a centralized space robotic cargo platform to promote the systematic landing of orbital service technologies.
Congratulations once again to the success of the launch of the 28th Star of Yunnan One (金山世界号) and look forward to the acceptance of the space robots in the orbit of the universe.
The company will continue to consolidate the foundation of robotics technology, consolidate the innovation layout of space robots, space smart hands and other intelligent equipment, break the frontiers of robotic innovation and applications, steadily pioneer new avenues for space applications, stationary test data relay in orbit, and infuse the technological power of robots for the upgrading of China's hard-tech industry and high-quality development of commercial space.
* This article is translated from Abbot Wood