SPATRO

Ma Wenbo

Beijing, China

Professional Group

Industrial designer obsessed with technology and business, with life and work experience in Korea,Germany and China. Having the opportunities to study and live in South Korea for more than 6 years, try to understand about different people and cultures. Passionate about creating useful and meaningful experiences that connect with people.

Focused in user experience design, user and market research, product design and strategy design. Talented at creating useful and emotional products with cross-field knowledge, discovering the best way to connect people and objects in the matter of time and environment, and considering changes product and service can and will make. With working experience as UX designer in Intel, industrial designer in designaffairs GmbH.

Also have experience of various national and international awards like iF Design Award, Reddot Design Award, Spark Design Award, RedStar Award, K-Design Award and more than 40 design awards.

Yang Qihang

Beijing, China

Professional Group

Mayored in Industrial Design and working as a passionate designer in the field of product design and user experience design, following with interests in human factors, new technology, and culture. 4 years study of bachelor’s degree in Huaqiao University in Xiamen and 3 years study of master’s degree in QLUT in Jinan. Exhibition experience of Salone Satellite Shanghai 2016，ADM2015 in Hangzhou. Believing that we are living in the age of connected innovation, designers can do more about our world if they cross the boundary of specialization and cultures from now to tomorrow.

《SPATRO》

Category | Product and Industrial Design: Product Design

Group | Professional

SPATRO is a multi-functional intelligent cruising robot, comprised of a drone (head) and a movable body (drone holder). In the event of aerial cruising, four rotors will unfold from the head, turning the head into a drone.

With a simple and sleek exterior design, SPATRO has integrated the latest detection technology and design principles. From a CMFP (color, material, finishing and pattern) perspective, the material/texture and coloring embodied the robot’s promising performance and reliability.

Its waterproof exterior and agile track make it highly adaptive to different ground conditions and work environment. Replacing human labor with robot can greatly reduce human’s workload, work-related injuries and risks, as well as promote work efficiency.

The robot is capable of operating in both self-cruising and remote-control mode. The self-cruising mode is performed with user-defined cruising path and key inspection areas. Human supervision is enabled as all data are transmitted in real time to the server. In this mode, the robot can also plan its charging schedule. In the remote-control mode, all robot movement and detection are overridden by manual instructions. This mode is more suitable for precision operations, such as equipment troubleshooting and investigation of hazardous situations.

The two operation modes can be switched freely to maximize its adaptability and performance.