MEMS rotation rate sensor for diverse applications under the harshest environmental conditions
LITEF LCR-110 receives EASA certification
LITEF has received ETSO certification from EASA for its LCR-110 GNSS-aided Inertial Reference System (GIRS).
"Create the virtual cockpit of tomorrow":The Start-up Challenge
In cooperation with The Drivery (co-working space provider) and Applied Data Incubator (support for start-ups), LITEF organised a Start-Up-Challenge for the first time. The Freiburg-based technology company was the main sponsor and initiator of the challenge, in which a virtual cockpit of the future was to be developed.
Highest safety standards for Airbus Helicopters:The LCR-350B Attitude and Heading Reference System from LITEF
The open sea is notorious for the rough winds that blow across its waters. Safely manoeuvring a helicopter under such harsh conditions requires sure instinct and years of experience from the pilots. This becomes necessary, for example, when offshore wind farms have to be maintained on the high seas or employees have to be transported to or from their workplace on oil platforms. But apart from the pilots' flying skills, there is another thing that is crucial: the right technology behind everything. It is worth taking a closer look at the interior of the helicopters.
NASTT 2022 NO-DIG SHOW ATTENDANCE - PRESENTATION NOW AVAILABLE
Freiburg, April 2022 | Our colleague Tom Fuerst of the Industrial Solution unit had the opportunity to introduce the LiPAD-100 to the audience at the NASTT 2022 No-Dig Show, which took place in Minneapolis, Minnesota, from 10 to 14 April. He demonstrated how the LiPAD-100 supports our customers' projects and discussed numerous applications of the LiPAD-100 in a wide variety of construction projects. For those who did not have the opportunity to attend this great conference, we are posting the presentation here.
LITEF LCR-100N certified for RNP-AR on Cessna Citation Latitude and Citation Sovereign+ aircraft
Freiburg, October 2021 | LITEF is very proud of the certification of the hybrid navigation feature of its LCR-100N Inertial Hybrid Navigator on the Cessna Citation Latitude and Citation Sovereign+ business jets.
It's never been so easy! LITEF LiPAD®-100 for high-precision measurement and alignment tasks
Freiburg, September 2021 | With the LiPAD®-100, the Freiburg-based technology company LITEF presents a portable system for high-precision measurement and alignment tasks at MinExpo in Las Vegas and Intergeo in Hanover, and simultaneously online.
It's never been so easy! More languages and new “Mine Grid” feature for the LITEF LiPAD®-100 app
Freiburg, September 2021 | The LiPAD® app, which is used when using the LiPAD®-100 system for high-precision measurement and alignment tasks, has received an update. This makes is it possible for every user to configure drills even more easily.
Never get lost! LITEF Drill-Pilot® NG for high-precision drilling
Freiburg, September, 2021 | With the Drill-Pilot® NG, the Freiburg-based technology company LITEF presents an inertial navigation system for a targeted drilling process at MinExpo in Las Vegas, USA.
Safe in extreme situations: LITEF navigation solutions – innovative, robust and precise
Freiburg, September 2021 | LITEF will be presenting navigation and stabilisation solutions for the army, air force and navy under the slogan “Safe in extreme situations” at the DSEI in London from 14 to 17 September 2021.
LITEF GOES DIGITAL!
Freiburg, July 15, 2021 | With a virtual showroom, LITEF has recently been giving its customers the opportunity to obtain an overview of its extensive product range in digital form ...
LITEF LCR-100 AHRS for SUBARUs new helicopter
Freiburg, April 27, 2021 | LITEF, one of the leading companies in the development and manufacturing of navigation and sensor systems, will provide its Attitude and Heading Reference System (AHRS) LCR-100 to SUBARU Corporation (SUBARU), a leading Japanese aerospace company ...
CERTIFIED TO ETSO C-201 AND C-196a
GNSS Aided Inertial Reference System - The new Inertial System for Performance Based Navigation