In early October 2026, two separate announcements underlined the same industrial problem: machines still need to know how they are moving when satellite positioning is weak, intermittent or unavailable.
On 4 October, STMicroelectronics introduced two new 6-axis inertial measurement units aimed at consumer, industrial and drone applications — the LSM6DSK320X and the industrial-grade ISM6HGK256X. According to eeNews Europe, the devices emphasise higher vibration immunity, wide-range event capture and an on-sensor machine-learning core that can reduce host-processor load. Each unit combines one gyroscope with two accelerometers so lower-range and high-g events can be measured together, and ST expects adapter boards through its eStore and distributors by November 2026. Target use cases listed by the company include industrial asset monitoring, robotics, drones and structural monitoring.
Two days later, on 6 October, International Mining reported that Advanced Navigation America is expanding manufacturing in Huntsville, Alabama, to build high-precision navigation technology for mining operations where GPS cannot be relied on. The Positioning, Navigation and Timing centre is backed by a US$110 million Series C round and will work across MEMS, laser sensing, photonics, vision-based systems, AI and quantum sensing. The report highlights high-precision inertial sensing for underground positioning of haulage trucks, loaders, Load-Haul-Dump vehicles and production drill rigs — environments where roofs, rock and depth block satellite fixes.
What this means for system builders
Factory AGVs and AMRs face a similar constraint indoors: roofs, racking and steel structures block GNSS, so controllers depend on continuous inertial attitude and motion feedback between waypoints, LiDAR updates or visual references. Mining, warehouse logistics, industrial UAVs and inspection robots all share the need for low-drift, vibration-tolerant sensing that stays usable across a full shift.
How NavCore fits
NavCore Innovations (Singapore headquarters; R&D and manufacturing in Zhejiang, China) develops industrial MEMS inertial navigation chips and modules for civilian platforms such as robots, AGV/AMR fleets, UAVs and industrial vehicles. Our portfolio spans compact MEMS IMUs and MEMS-INS modules, with in-house chip design, calibration and multi-source fusion algorithms.
If you are evaluating motion sensing for GPS-denied factory or field autonomy, contact sales@navcore.com.sg or visit https://navcore.com.sg/contact/
