|
CN

News

News

I-NAV News Video Center

I-NAV News Video Center

I-NAV Inertial Guidance System Selected as a Finalist in the Digital Ocean, Air and Space Competition of the "Straight to Wuzhen" Global Internet Competition

2023-09-19

About Wuzhen Global Internet Competition

    The "Straight to Wuzhen" Global Internet Competition is one of the highlights of the Wuzhen Summit of the World Internet Conference, and it builds an important platform for the cooperation of Internet projects, technologies, talents and capitals by exploring new technologies, modes and forms of business in the development of the Internet. The competition is committed to promoting global Internet cooperation and innovation, stimulating Internet entrepreneurial vitality, gathering young Internet talents, promoting the accurate docking of the Internet industry with high quality on a global scale, and contributing to the vigorous development of the global digital economy.

 

image.png


     Through the competition, we have built a platform for cooperation and exchange in the field of digital ocean, air and space, providing a stage for projects to display, an opportunity for participants to communicate and cooperate, and a demonstration of innovative scenarios for applicators to discuss the development of scenarios for digital ocean, air and space applications, and to promote precise docking in the industry.

image.png

     As one of the highlights of the Digital Ocean, Air and Space Competition of the Global Internet Competition "Straight to Wuzhen", a hybrid inertial guidance and satellite combination navigation system of Sky-Land-Sea has attracted the judges' deep attention with its unique design and innovative program. The product adopts GNSS+IMU to realize combined navigation system, can realize temperature compensation in the full temperature range, can output centimeter-level high-precision positioning, speed measurement and attitude information in real time and stably in various harsh environments, and can maintain pure inertial navigation accuracy for a certain period of time after the satellite signals are out of lock, and it can be widely used in aerospace navigation, ship transportation, robotics, agricultural unmanned, engineering machinery, rail transportation, automatic driving and other fields.

image.png



NextApplications of MEMS Inertial Navigation2023-09-07

Back To List

Relevant Information