Micro-miniature INS-GNSS navigation for size- and power-constrained unmanned platforms.
Micro-Miniature INS-GNSS
Aeron's inertial navigators combine tri-axial MEMS accelerometers, gyroscopes, and a magnetometer with an integrated multi-constellation GNSS receiver, fused in real time through an Extended Kalman Filter to deliver position, velocity, attitude, and heading — even where GNSS is intermittently degraded.
Our flagship compact navigator, Pollux 3 (PLX3-N), packs this into a strap-down unit small enough for UAVs, UGVs, and other unmanned systems where size and power are tightly constrained, without giving up near-tactical accuracy.
How Aeron Inertial Navigators Work
Every Aeron navigator fuses inertial and GNSS data through the same Extended Kalman Filter approach — only the sensor grade and configuration change between products.
Engineered for Compact, High-Accuracy Navigation
Core capabilities behind Aeron's micro-miniature inertial navigators.
Choose Your Navigator
Pollux 3 INS-GNSS
PLX3-N
Aeron's PLX3-N is a family of highly compact MEMS-based Inertial Navigation Systems, running an Extended Kalman Filter for near-tactical performance in a package small enough for UAVs, UGVs, and other unmanned systems where size and power are tightly constrained.
Pollux Series · INS-GNSS
Choose Your Navigator
Pollux 3 INS-GNSS
Micro-Miniature Inertial Navigation System
Aeron's PLX3-N is a family of highly compact MEMS-based Inertial Navigation Systems, running an Extended Kalman Filter for near-tactical performance in a package small enough for UAVs, UGVs, and other unmanned systems where size and power are tightly constrained.
Position Accuracy
1.5 m CEP with GNSS
Heading Accuracy
< 0.3° with GNSS
Power Consumption
< 1.5 W
Update Rate
200 Hz navigation · 1000 Hz raw IMU
Why Aeron's Inertial Navigators?
Aeron Systems designs its navigators around the same SWaP-conscious engineering discipline used across the product line — the Extended Kalman Filter fusion engine is tuned to squeeze near-tactical navigation performance out of a compact, low-power MEMS package, with jamming and spoofing detection built into the GNSS receiver. Each unit is qualified to MIL-STD-810G and rated IP65, so the same rigor that goes into our larger tactical INS systems carries through to the smallest platforms in the family.
Where Our Navigators Deliver
Field-proven performance across compact unmanned platforms.
Drone and UAV Navigation
A ~38 g, sub-1.5 W INS-GNSS package delivering 1.5 m CEP position accuracy for size- and power-constrained unmanned aircraft.
Autonomous Control and ADAS
Near-tactical MEMS sensor fusion providing reliable attitude, heading, and position data for autonomous control and driver-assistance platforms.
Our Values
Short-Term GNSS Resilience
Extended Kalman Filter sensor fusion maintains usable position, velocity, and attitude estimates through brief GNSS outages.
Precision Sensor Fusion
Tri-axial MEMS accelerometers, gyroscopes, and a magnetometer are fused in real time to deliver near-tactical navigation accuracy in a compact package.
Ruggedness for Extreme Environments
Qualified to MIL-STD-810G and rated IP65, built to keep performing through temperature extremes, vibration, and water exposure.