LITEF is a leading programmer of navigating and placing systems for tactical UAVs (unmanned airborne cars), based upon sophisticated MEMS and haze modern technologies. UST is happy to invite LITEF aboard as a provider companion, and we will certainly be highlighting their distinct services and abilities throughout our networks over the following year.
We have actually simply released LITEF’s UST provider account, which has actually been created and developed by our group in partnership with the firm. The Silver account showcases their sturdy IMU and AHRS services, which are certified and accredited to the highest possible aeronautics safety and security criteria, consisting of DO-178C Degree A, DO-254 Degree A, DO-160 and comparable armed forces criteria.
Continue reading to figure out much more:
The µIMU is an innovative, portable and self-supporting IMU that integrates 3 MEMS gyros and 3 MEMS accelerometers in a tough and hermetically secured real estate. Offering an electronic RS-422/ HDLC user interface, it can be quickly incorporated right into a selection of UAV and unmanned systems systems, and is excellent for trip control, system stablizing, and assimilation right into higher-order systems such as AHRS.
The functional IMU is offered with a variety of various efficiency and dimension variety alternatives.
LITEF FOG IMUs include 3 axes of gyroscopes for rotational dimension and 3 axes of accelerometers for straight velocity dimension, in addition to handling electronic devices, power supply and I/O user interfaces. Along with this conventional arrangement, the firm can quickly produce custom-made styles to satisfy your particular needs for UAV navigating, assistance and stablizing. More efficiency improvements can additionally be accomplished using the assimilation of general practitioner and GNSS receivers to assist inertial navigating.
These sophisticated haze sensing units are without relocating components, making certain exceptional strength and dependability in high-shock and resonance atmospheres and supplying lengthy solution lifecycles without the demand for regular upkeep.
Initially created to supply mindset stablizing for the Eurofighter airplane, the EF2000 is a quadruple-redundant IMU that supplies phenomenal efficiency under tough field of battle problems. It gives constant dimension of turning and velocity prices and estimation of mindset angles and instructions, outputting information over a STANAG 3838 user interface. With a modular style, the system constantly self-monitors all features, immediately detecting malfunctioning components and taking care of redundancy to make certain miraculous in dependability and efficiency.
The LCR-350B is a MEMS-based AHRS (mindset and heading recommendation system) developed to supply the best in safety and security and dependability in a portable and light-weight bundle. Outputting durable velocity and turning information in addition to heading and mindset angles, it is excellent for both fixed-wing and rotating UAV systems. The system can acquire heading recommendation from an exterior magnetometer, and can additionally outcome crossbreed navigating information with the help of an exterior GNSS resource.
The sturdy AHRS is developed to supply improved resistance versus high-frequency radiation such as radar, and endures high degrees of shock and resonance. It uses an ARINC 429 user interface and is accredited based on ETSO/TSO C-201 criteria.
To figure out even more concerning LITEF and their navigating and placing systems for UAVs, please see their account web page:
https://www.unmannedsystemstechnology.com/company/northrop-grumman-litef-gmbh/
The blog post Navigation & Positioning Systems for Tactical UAVs showed up initially on Unmanned Systems Technology.
发布者：Mike Ball，转转请注明出处：https://robotalks.cn/navigation-positioning-systems-for-tactical-uavs/
