MOTEX Technology Limited905aecd3-f937-ee11-bdf4-000d3aa1429b_CompanyLogo_21092024

MOTEX Technology Limited

Company

Cycling has become one of the most popular sports and outdoor activities in recent years. With the development of cycling, a wide range of intelligent devices capable of measuring and enhancing cycling performance have entered the market. Our project is driven by a vision to improve cycling performance for cyclists and athletes by enhancing aerodynamic efficiency. Our team consists of members with experience in aerospace and racing car engineering, as well as with over 5 years of expertise in cycling aerodynamics research. Leveraging our years of scientific research and achievements, we aim to develop products such as aerodynamic sensors that can effectively enhance users' cycling performance. Our ultimate goal is to provide users with scientific training tools to optimise their cycling experience and achieve their full potential on the road.

Description

Cycling has become one of the most popular sports and outdoor activities in recent years. With the development of cycling, a wide range of intelligent devices capable of measuring and enhancing cycling performance have entered the market. Our project is driven by a vision to improve cycling performance for cyclists and athletes by enhancing aerodynamic efficiency. Our team consists of members with experience in aerospace and racing car engineering, as well as with over five years of expertise in cycling aerodynamics research. Leveraging our years of scientific research and achievements, we aim to develop products such as aerodynamic sensors that can effectively enhance users' cycling performance. Our ultimate goal is to provide users with scientific training tools to optimise their cycling experience and achieve their full potential on the road.

We have developed a sensor system that measures the aerodynamic efficiency of road or track cycling. This system consists of aerodynamic sensors that accurately measure parameters such as airflow velocity and flow direction angle. The system also includes algorithms to estimate resistance powers, including aerodynamic drag, as well as data processing software that runs on cycling computers or smartphones. Users will be able to quantify power consumption and power composition during cycling, allowing them to improve performance by adjusting their riding posture and equipment, and reducing resistance power consumption.