Aeron is a fast growing tech company based in Pune, India that develops innovative solutions for global customers. Aeron offers a wide range of tech-driven products and solutions under Inertial Sensing and IIoT verticals. Backed by strong technical knowhow and refined algorithms, Aeron’s products offer premium features at an attractive price point. I have included their MEMS inertial navigation systems and Galileo digital magnetic compass. More info on Aeron can be found at http://www.aeronsystems.com. Call +1 (810) 441-1457 or Email: bob@uavpropulsiontech.com for cost/delivery.
MEMS INERTIAL NAVIGATION SYSTEMS:
Octantis 2 INS-GNSS
Rugged Tactical MEMS INS-GPS System for Land and Airborne Applications
Aeron’s flagship tactical MEMS inertial navigator with integrated L1/L2/L5 GNSS supporting all constellations including NAVIC. The high performance IMU inside Octantis helps deliver best in class performance of better than 1% DT in GNSS denied conditions. Octantis INS has a 10-year-old field legacy, field proven reliability and is supported for long operational life of at least 15 years.
Aeron’s Octantis 2 INS is a rugged MEMS based navigation system that provides reliable position and navigation information in intermittent GNSS conditions. Octantis 2 is a field proven product which is in service for the last 10 years and is supported for long program life. Octantis 2 INS-GNSS system delivers centimetre level RTK positioning with integrated multi-constellation and multi-frequency (L1, L2 and L5) GNSS chipset.
Octantis 2 NS7300D-01A is designed for land and unmanned airborne applications. It has undergone a range of qualification tests covering an array of use cases and associated environment factors. Octantis 2 INS-GPS is also part of our land navigation suite offering delivering best in class GPS denied performance with odometer aiding over CAN or Pulse Input. It features RS232, RS422, Ethernet and CAN interfaces, all isolated for interfacing with vehicle mounted displays, controllers, computers, and autopilot systems.
Octantis 3 INS-GNSS
Rugged Dual Antenna Inertial Navigation System for Land and Airborne Applications
The Octantis 3 (OCT3-NS7700T) represents a cutting-edge, third-generation Rugged Dual Antenna GNSS-aided MEMS Inertial Navigation System. With dual antenna GNSS Compassing, it guarantees uninterrupted heading performance in static and dynamic conditions, making it the top choice for precision pointing and navigation applications.
The Octantis 3, OCT3-NS7700T, is a third generation, high-performance, Rugged Dual Antenna GNSS-aided MEMS-based Inertial Navigation Systems. The dual antenna GNSS Compassing configuration ensures uninterrupted heading performance in static and dynamic conditions. This makes OCT3-NS7700T an ideal choice for pointing and navigation applications. Engineered with Aeron’s exclusive Inertial Measurement Unit (IMU), featuring 3-axis low-noise accelerometers and low-drift gyroscopes, this system sets a new standard in tactical class performance.
Our in-house characterized IMU sensing elements undergo meticulous compensation for temperature drifts, mis-alignment, non-linearity, and other errors across dynamic operating ranges. The OCT3-NS7700T integrates a proprietary parameter estimation engine leveraging a multi-modal Kalman filter, powered by a high-speed processor architecture, ensuring superior performance in demanding applications.
The on-board Kalman Filter based sensor-fusion delivers low-drift position, velocity, and attitude estimations even in GNSS-denied conditions, operating at high update rates. Ruggedized to meet MIL-STD-704D, MIL-STD-810G, and MIL-STD-461E/F standards, the system guarantees reliability in challenging environments.
With versatile interfaces for data capture, external odometer/air data input, and integration with other GNSS systems, the OCT3-NS7700T offers flexibility. Its built-in low-noise magnetometer serves as a redundant heading source in GNSS-denied or poor visibility conditions.
The model features a multi-frequency (L1/L2/L5 (IRNSS/NavIC), multi-constellation GNSS receiver with multiple channels and unparalleled signal sensitivity. Resistant to radio frequency interference, the built-in GNSS receiver safeguards against intentional jamming and spoofing.
POLLUX MINIATURE INERTIAL NAVIGATION SYSTEMS
Pollux 2 is a complete, tiny SWAP navigation sensor package, for unmanned navigation and control applications. The Pollux 2 packs tri-axial accelerometers, gyroscopes, magnetometer, barometer in a small but powerful MIL qualified hardware.
Aeron’s micro-miniature Pollux 2 INS is a family of extremely compact Inertial Navigation Systems. The units run extended Kalman filter offering near tactical performance providing best estimates of navigation parameters including position, velocities, attitude and heading. Pollux 2 features tri-axial MEMS solid state accelerometers, tri-axial gyroscopes, magnetometer for heading measurement, barometer for pressure altitude, and an integrated multi-constellation GNSS.
Pollux 2 is designed for unmanned aerial vehicles (drones), unmanned robots and ground vehicles, unmanned underwater and surface vehicles and other autonomous applications. Pollux 2 can be easily integrated with a wide range of commercially available autopilot systems such as Pixhawk and Ardupilot.
Aldebaran FOG Inertial Navigation System
Superior tactical Fiber-Optic-Gyro based Inertial Navigation System
Navigation system built around closed loop Fiber-Optic Gyroscopes and high-performance MEMS accelerometers for high vibration environments. The system has integrated multi-band, multi-constellation GNSS receiver and delivers superior performance during extended periods of GNSS outage.
Aldebaran combines top-of-the range tactical sensors – closed loop 0.1˚/hr. (BI) fiber-optic gyros and <1mg (long term bias) accelerometers to deliver dependable GNSS denied performance in rough, offroad and bumpy terrain.
The gyros hold their bias under vibrations and Aeron’s proprietary sensor fusion algorithms delivers superior navigation and position performance. Aldebaran INS has an integrated L1/L2/L5 GNSS receivers supporting multiple constellations that include GPS, GALILEO and NAVIC.
