A late-October MEMS gyroscope launch for unmanned air, ground, surface and underwater platforms underlines a broader buying pattern: accuracy grades matter, and so do vibration, temperature and integration readiness.
Graded MEMS Gyros Highlight What Unmanned Platforms Need Next Read Post »
Three announcements in the past two weeks say a lot about where inertial sensing is heading. On 25 October, TDK
ST’s latest IMUs highlight vibration immunity for drones and robots. For industrial platforms, calibration and algorithms matter as much as the chip.
Fresh industry moves this month underline a shared need: reliable attitude and motion data when satellite signals are weak or blocked — from plant floors to underground mines.
GPS-Denied Motion Sensing Moves Center Stage for Factories and Mines Read Post »
An overview of NavCore’s nine industrial-grade inertial navigation products – from compact MEMS IMUs for robots and UAVs to high-precision fiber-optic systems – and how to choose the right one.
About NavCore Innovations NavCore Innovations is pleased to announce the launch of its industrial-grade MEMS and fiber-optic inertial navigation solutions,
NavCore Launches Industrial-Grade INS Solutions Read Post »
At the 11th “Maker in China” Zhejiang final in Wenzhou on 22 September 2026, NavCore won Second Prize in the Start-up Group and the Most Popular Award, and was admitted to the Zhejiang Equity Exchange Center’s specialised-SME board.
NavCore Wins Second Prize And Most Popular Award At The “Maker In China” Zhejiang Final Read Post »
On 18 August 2026, NavCore officially opened its Inertial Navigation Laboratory in Yongjia, Wenzhou. The lab focuses on the R&D and industrialisation of NavCore’s WAG-Ring full-angle mode MEMS inertial navigation chips.