Intersoft Electronics’ Post

Threats from Uncrewed Aerial Systems (UAS) are proliferating. The Obsidian Counter Drone System is a game changer and can simultaneously detect and track multiple aerial threats. QinetiQ has been researching aerial threats and developing Counter Drone capability for more than a decade. Obsidian is a relatively small device which can easily be mounted on a roof, a large vehicle or a small mast. Its small size means it can be mounted on a building, vehicle or ship with little impact to the aesthetic of the structure. #cuas #drones #counterUAS #airdefense

Why is this navigation grade MEMS gyroscope more advantageous? The ER-MG2-300/400 navigation grade MEMS gyroscope has a measurement range of up to 400°/s and bias instability of 0.05°/hr. Unlike the high precision of tactical-grade MEMS gyroscopes, its accuracy level is extremely excellent. It is designed for high-performance IMU/AHRS/GNSS assisted INS, precision attitude and azimuth measurement, positioning, navigation, and guidance in aviation/ocean/land mapping/mapping systems/UAV/AUV and navigation-grade MEMS weapon systems, and can meet the needs of many fields. The ER-MG2-300/400 uses an advanced differential sensor design to offset the effects of linear acceleration and can operate in extremely harsh environments with shock and vibration. The ER-MG2-300/400 can provide accurate speed, position, and attitude information for unmanned systems, thereby achieving precise navigation positioning and attitude control. The ER-MG2-300/400 uses a sealed ceramic LCC surface mount package and can operate at a 5V power supply and a wide temperature range (-40°C to +85°C). To learn more about this MEMS gyroscope, you can read:https://lnkd.in/d6pwCaU2

Here in the Middle East, a durable system like RfPatrol & Drone Gun can have numerous applications for governments. It would make a significant difference, particularly in border control, as it would help in protecting personnel on the ground by identifying locations and preventing smuggling of drugs and weapons from other areas. Adding RfPatrol & Drone Gun to these areas would be a practical and effective solution.

Why is this navigation grade MEMS gyroscope more advantageous? The ER-MG2-300/400 navigation grade MEMS gyroscope has a measurement range of up to 400°/s and bias instability of 0.05°/hr. Unlike the high precision of tactical-grade MEMS gyroscopes, its accuracy level is extremely excellent. It is designed for high-performance IMU/AHRS/GNSS assisted INS, precision attitude and azimuth measurement, positioning, navigation, and guidance in aviation/ocean/land mapping/mapping systems/UAV/AUV and navigation-grade MEMS weapon systems, and can meet the needs of many fields. The ER-MG2-300/400 uses an advanced differential sensor design to offset the effects of linear acceleration and can operate in extremely harsh environments with shock and vibration. The ER-MG2-300/400 can provide accurate speed, position, and attitude information for unmanned systems, thereby achieving precise navigation positioning and attitude control. The ER-MG2-300/400 uses a sealed ceramic LCC surface mount package and can operate at a 5V power supply and a wide temperature range (-40°C to +85°C). To learn more about this MEMS gyroscope, you can read:https://lnkd.in/gdDeiUFJ

The MS-IMU3030 Inertial Measurement Unit offers unparalleled low drift capabilities within a highly compact aluminum enclosure. This IMU incorporates three-axis MEMS gyros, accelerometers, and magnetometers, all of which undergo thorough testing and calibration across the entire operating temperature spectrum to guarantee optimal performance and dependable functionality. With a gyro bias stability of 0.55 degrees per hour and accelerometer bias stability of 2.9 micrograms, it provides sufficient performance for various uses, including navigation and control for Unmanned Aerial Systems (UAS) and platform stabilization. Learn more here: https://hubs.li/Q02r4TJk0 #InertialLabs #Memsense #navigationsolutions #IMU #UAS #accelerometers #gyroscope #magnetometer

At last, Life comes full circle! It seems unbelievable when claimed that a drone can be foolproof against all sorts of radio jamming. However, a strange new FPV kamikaze #drone tells a different story. The innovative approach used here to overcoming radio interference was – instead of relying on radio signals, it communicates with the operator through a fiber-optic cable spooled out as it flies! This spool of fiber optic cable can be attached to a optical transceiver used for high-speed communications. Now, despite being undetectable, this drone is only effective for very limited-range reconnaissance. But the fun fact is, the above mentioned technology was used from 1940 to late 1970s for the ‘wire-guided missiles’, but was cut short due to the introduction of new & innovative solutions such as radio frequency. Who knows, perhaps the answers to many of our current technological challenges lie in revisiting old technologies, but from a different perspective! Happy Sunday! ❤️ #dronetechnology #innovation #stealth #newtechnologies #aerospace

As #drone activity increases, so does the need for effective detection systems. This article examines the role of distributed sensor grids in enhancing RF drone detection. Find out how these #technologies are crucial for maintaining a secure #airspace. https://buff.ly/3yKSi6U . . . #SecurityInnovation #DroneDetection #CUAS #TechTrends

Download the whitepaper for our presentation at the International Flight Inspection Symposium (IFIS)! "CNS Drone SkyRF® measurement system maturity, evolution ongoing" by Domien De Ruyck and Hervé Demule. IFIS showcases innovations in communication, navigation and surveillance (CNS) inspection. The event is internationally recognized as the reference for all those involved with CNS systems. The 22nd edition of IFIS will be held July 8-12 in Nagoya, Japan. Intersoft Services, together with partner Skyguide, will present the maturity and ongoing development of the CNS drone SkyRF® measurement system. After the presentation of the first successful deployment at IFIS 2018 and the analysis of the first 4 years of operation at IFIS 2022, a second generation of the CNS Drone SkyRF® has been jointly developed by Skyguide and Intersoft Electronics. The new transceiver from Intersoft Electronics is not only able to measure localizer, glidepath and distance measuring equipment (DME) simultaneously and in high resolution, but also very high frequency omni-directional range  (VOR) systems, radar and any other CNS equipment. How these measurements are performed is explained in a comprehensive white paper. The paper also describes the CNS Drone SkyRF® measurement system and lists the benefits, backed up by concrete examples. For example, you can read how the pre-commissioning of a new instrument landing system (ILS) in Zurich was reduced from 3 weeks to only 8 hours. Another interesting topic that this paper touches upon is how ICAO document 8071, the manual on testing of radio navigation aids, which defines the scope of testing and measurement of subject systems, is adapted with significant contribution from our 6 years of experience. The latest major developments of the CNS drone SkyRF® measurement system open new horizons in terms of CNS measurement techniques with extended range and beyond visual line of sight (BVLOS) flights. Mattijs Hertsens will be present in Nagoya to present and answer all your questions. Not travelling to Japan? Then get in touch with [email protected] Download white paper: https://lnkd.in/eRuyDT5e #IntersoftElectronics #IntersoftServices #IFIS2024 #CNS #drone #skyrf skyguide

Tactical Grade MEMS IMU Tactical-grade IMU have some unique core features. For example, they are able to operate gyroscopes with extremely low bias stability, meaning that bias errors become more stable over time. This stability is critical for high-precision applications such as drone navigation. And for higher-precision applications, such as drone navigation, antenna and weapon platform stabilization, tactical-grade IMU are required. Gyroscopes are known to operate with extremely low bias stability, meaning their bias errors remain relatively stable over time. This feature allows tactical-grade IMU to maintain excellent performance in long-term, high-precision applications. In addition, tactical-grade IMU are usually equipped with high-quality MEMS accelerometers and gyroscopes to provide more accurate data output. It can be seen that navigation-grade IMU and tactical-grade IMU have different emphasis on accuracy, performance and application scenarios. When selecting an IMU, the most appropriate level needs to be determined based on specific application requirements. The following will briefly describe the differences between navigation-grade MEMS IMU and tactical-grade MEMS IMU, and introduce two IMU from the domestic inertial navigation company ERICCO. If you want to know more, please clickhttps://lnkd.in/g3qfSCxc #MEMSIMU #Tactical grade

A Long Life #Fiber #Optic #Gyroscope more detail：https://lnkd.in/gyVfphk3 ER-FOG-70 Low Cost #FOG #Gyros is an important angular rate sensor, which has the characteristics of long life, fast start up, high precision, lower power consumption and wide dynamic range. It also plays an important role in aerospace, weapon navigation, platform stabilizer, medium precision inertial navigation, unmanned boat and other application fields. Features Long life Fast start up High precision Lower power consumption Wide dynamic range Applications Servo tracking、medium precision inertial navigation、platform stability High-speed rail track detection、photoelectric pod satellite communications On-the-move (SOTM)、unmanned boat