The FOHEART C1 inertial motion capture system adopts 17 wireless node schemes of the whole body, with each node adopting a nine-axis integration scheme of gyroscope, acceleration and magnetic sensor. The low-latency, low-power, high-precision inertial motion capture system was developed by studying MEMS inertial sensors.
Solutions & Goal
1.The lightweight design based on reliability design ensures the appearance of the flat design, making the product more compact and fit on the human body while improving the accuracy of the data.
2.The structural design of the router perfectly combines the layout of the heat emission holes with the mechanism of the antenna without affecting the appearance requirements of the flat design and taking into account the heat dissipation function requirements of the product.
3.The light and small circular nodes under the design concept of "Starry Sky" and the distinguishment of different wearing parts with blue, yellow and dark gray make the product more visually rich and beautiful and more convenient to wear.
LKKER SCM designed the shell appearance and structure of the whole product for the customer, including inertial capture module, charging box and wireless router. The simple and visually pleasing product and a full set of product R&D achievements made the customer very satisfied with the services provided by LKKER SCM. The product is now available online. It has attracted much attention from the industry and consumers and greatly promoted the development of VR technology.
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On September 20th, the 2018 Beijing International Design Week Design Expo was officially opened at the Beijing Agricultural Exhibition Center, which was co-sponsored by LKK Innovation Group (hereinafter referred to as “LKK”) and LKKER (LKKER) sharing design platform.
Case Study January 2019
Industry News January 2019
Latest Point November 2018
Latest Point October 2018