Late October brought a clear signal from the inertial market: unmanned platforms are no longer shopping for a single “good enough” gyro.
On 27 October 2026, Unmanned Systems Technology reported that Micro-Magic launched its M3G-2XX series of three-axis MEMS gyroscopes — the M3G-210, M3G-220 and M3G-230 — aimed at navigation and stabilisation across unmanned aerial, ground, surface and underwater vehicles. The coverage describes a compact aluminium housing (44.8 × 38.6 × 21.5 mm, ≤60 g), vibration and shock resistance, and operation from −40°C to +80°C (with some models listed to +85°C). The three grades are differentiated by bias instability and noise, from industrial-oriented figures on the M3G-210 through tighter long-endurance targets on the M3G-230, alongside high sample rates and multiple protocol options for high-dynamic control loops.
That product structure matches what system builders already know in practice. A warehouse AMR, a survey drone under canopy, and a long-endurance UAV do not share the same bias budget — but they do share the need for sensors that stay usable under vibration, temperature swing and high update rates. A bare gyro or IMU is only the first step; real performance still depends on calibration across conditions, fusion with other sensors, and a module or system form that fits the vehicle.
That is the approach NavCore Innovations follows: Chip · Calibration · Algorithm · System. From our Singapore base, with R&D and manufacturing in Zhejiang, China, we develop industrial MEMS inertial products for civilian robotics, AGV/AMR fleets, industrial UAVs and related platforms. Our published robot-oriented HXGC-M011 MEMS inertial navigation system is specified at bias ≤2.5°/h for attitude sensing on humanoid, quadruped and AGV/AMR platforms, alongside low-altitude MEMS IMU options for flight-control use cases where GNSS can be weak indoors or in cluttered airspace.
As more unmanned programmes move from lab demos to multi-shift fleets, buyers will keep asking for graded performance and for partners who can take the sensor through calibration and fusion into a deployable unit. If that is your roadmap, visit navcore.com.sg or contact sales@navcore.com.sg.
