I have two fifish, one plus and one expert. Both cameras are not working they don t conect anymore.’ One tear use only. Anyone can help me ..read more

Necesito una batería nueva para mi drone fifish v6.. alguien. Sabe donde puedo comprarla si es España mejor ...o alguien vende alguna ..read more

MG2-100 is a navigation-grade micromachined single-axis MEMS gyroscope. It provides high-precision north seeking angle rate measurement, its power consumption is very low, the bias stability (Allan variance) is only 0.02°/h, and the bias stability (1σ 10s) is only 0.1°/h. The MG2-100 is optimized for high accuracy and stability. MG2-100 is specially designed for north seeking. The advanced differential sensor design rejects the influence of linear acceleration. Angular rate data is... Read more ..read more

MEMS gyroscope and FOG have different working principles as for two main types of gyroscopes. They can be used in many fields, such as oil drilling, mining, aerospace, UAV, etc. MEMS gyroscope MEMS is the abbreviation of Micro Electro Mechanical Systems, which is micro-electromechanical systems. This system is based on micro/nano technology. Microelectromechanical systems can collect and process data by themselves... Read more ..read more

MEMS gyroscope is a device based on MEMS technology. After the 1960s, MEMS gradually moved from the laboratory into our daily lives. With the continuous advancement of technology, MEMS can gradually meet the requirements of many fields, such as oil logging, aerospace, drones, mining, and even defense and weapons. MEMS must have some technical advantages that are the reasons why more and more people choose it. Let us learn its technical advantages: 1. Good processability and... Read more ..read more

MEMS gyroscope based on micro mechanical system technology. Navigation is usually associated with cars, planes and ships, but nowadays navigation is also used in industry. This requires us to provide solutions to derive position, orientation and motion associated with pointing, steering and guidance equipment. In many cases we rely on GPS, but in the face of more complex application scenarios, GPS is no longer enough. MEMS gyroscope can be used as a component to provide navigation... Read more ..read more

To choose a high performance MEMS gyroscope, we should consider the classification and application. MEMS gyros can be divided into three types according to different performances: 1. Navigation grade MEMS gyroscope Navigation grade is among the most accurate class of commercial gyroscopes. The navigation level is also the most expensive due to its high precision and very accurate output data. Navigation grade MEMS gyros are mostly used in aerospace, drones, oil logging, mining, surveying and... Read more ..read more

MEMS gyroscope is a device based on MEMS technology. MEMS is microelectromechanical system, which is the abbreviation of Micro-Electro-Mechanical Systems. MEMS technology is a great invention of the 21st century. It integrates mechanical components, optical systems, driving components and electronic control systems into a whole to design, process, measure and control micro/nano materials. This article will introduce the working principle, classification, differences and parameters of... Read more ..read more

МЭМС-гироскоп — это инструмент, используемый для измерения и поддержания ориентации. #mems — это микроэлектромеханическая система, аббревиатура от Micro Electro Mechanical Systems. Области ее применения очень широки, и она может играть роль как в воздухе, так и на земле, например, в аэрокосмической отрасли, БПЛА, дронах, нефтедобыче, горнодобывающей промышленности, геодезии и т. д. Так почему же все больше и больше областей выбирают эту новую технологию? Причина 1. МЭМС-гироскоп... Read more ..read more

MEMS gyroscope is the result of constantly updated technological innovation in recent years. As it enters various industrial fields, it has become a direct threat to FOG’s status. In the past, most fields would choose FOG, but now more and more industries are turning to try and use MEMS gyro. What is the reason for this phenomenon? How would you choose an inertial sensor? This article will introduce MEMS and FOG’ concepts, working principles, differences, etc. I hope that after reading... Read more ..read more