Advanced Hybrid Navigation Systems for Mission-Critical Applications
Aeron Systems develops advanced hybrid navigation systems that combine Inertial Navigation Systems (INS) and GNSS technologies to ensure accurate positioning, even in the most challenging and GPS-denied environments.
Aeron Systems develops high-reliability embedded hardware solutions for safety-critical, and mission-critical applications. With deep expertise in MEMS, FOG, sensor fusion, inertial navigation, and rugged embedded electronics, Aeron supports aircraft, UAVs, autonomous systems, tactical land vehicles and marine platforms with advanced navigation and control technologies. Aeron’s solutions are engineered to perform in demanding airborne and high-dynamics environments meeting global aerospace quality standards.
How Hybrid Navigation Works
Every Aeron navigation system follows the same resilient pipeline — from raw sensing to a trustworthy position and attitude output.
Inertial Sensing
Tri-axial accelerometers and gyroscopes (MEMS or Fiber Optic) continuously measure motion and orientation.
GNSS Aiding
Multi-constellation, multi-frequency GNSS receivers provide absolute position aiding and anti-jamming resilience.
Sensor Fusion
A multi-modal Kalman filter fuses inertial and GNSS data for continuous, drift-corrected navigation.
Resilient Output
Reliable position, velocity and attitude output is sustained even through GNSS-denied or contested conditions.
Our Solutions
Four purpose-built solution families, sharing a common inertial and GNSS sensor-fusion foundation.
10 Years Field-Proven: Octantis 2 INS-GNSS
Octantis 2 INS-GNSS
A rugged MEMS-based navigation system delivering reliable position and navigation in intermittent-GNSS conditions, with centimetre-level RTK positioning from an integrated multi-constellation, multi-frequency (L1/L2/L5) GNSS chipset — for land and unmanned airborne applications, with odometer aiding over CAN or pulse input.
More Across the Portfolio
Aldebaran FOG INS-GNSS
FOG-Grade Tactical PerformanceA rugged, GNSS-aided, high-performance Fiber Optic Gyro (FOG) based INS with closed-loop 0.1°/hr (BI) gyros, delivering superior pure-inertial performance through short-term GNSS outages — suitable for airborne, land and naval positioning and pointing.
Octantis 2 AN5300S AHRS
DO-178B Level B · CEMILAC CertifiedAn airborne-qualified Attitude and Heading Reference System usable as a primary or standby instrument in electronic flight instrumentation and cockpit displays across fighter, transport and passenger aircraft, and for autonomous UAV control.
DENEB GNSS Receivers
RTK · Multi-Frequency · Multi-ConstellationA family of rugged, multi-frequency, multi-constellation RTK GNSS receivers — from the man-portable RF-modem integrated GBM200, to the RS232/Ethernet GN402, to the 500 g shock-rated tactical GN404 — sharing one GNSS core across three form factors.
Why Choose Aeron’s advanced solutions?
Aeron’s solutions integrate advanced IMUs, multi-frequency anti-jamming GNSS, and rugged electronics — ensuring precise navigation in GNSS denial and seamless performance across diverse platforms.
Aeron delivers advanced navigation, sensing, and strategic electronic solutions engineered for mission-critical aerospace, defence, and autonomous applications. Combining deep expertise in inertial navigation, sensor fusion, MEMS technology, and rugged electronics, Aeron develops high-reliability systems trusted across demanding operational environments worldwide.
High-End Tactical Systems
Offering MEMS and Fiber Optic Gyro-based GPS-aided INS for fighter aircraft, helicopters, UAVs, and land navigation.
Diverse Military Platforms
Products deployed on UAVs, uncrewed robots, armored vehicles, fighter jets, and land navigation systems.
Extensive Field Deployment
Field proven solutions with over 15,000 sensors in use across 13+ countries.
Innovative Solutions
Renowned for MEMS and FOG-based Inertial Navigation Systems (INS-GPS, AHRS, Inertial Measurement Units).
Airworthy AHRS Systems
Delivered type-approved systems for fighter aircraft.
Turnkey Solutions
Provides comprehensive, ready-to-deploy solutions.
Tech-Driven Focus
Specializes in designing and producing military hardware and software.
Retrofitting Capabilities
Expertise in retrofitting systems for both land and aerial platforms.
Deployed Across Critical Industries
Uncrewed
Aeron’s wide array of tactical navigation and guidance sensors for your uncrewed applications — FOG-like MEMS sensors in a tiny SWAP footprint to power your unmanned platform in air, land or sea. Our GNSS-integrated, all-in-one sensor packages with onboard magnetometer, barometer and triaxial IMU sensors are rugged (MIL qualified) and field-proven, widely used by drone manufacturers for their reliability, low SWAP and high performance.
Airborne
Cutting-edge airborne systems engineered for fighter aircraft, helicopters, and MALE/HALE drones, supporting complex aerial manoeuvres and extended mission durations. Resilient Inertial Navigation Systems — Airworthy MEMS AHRS and FOG-based solutions — provide precise navigation and orientation critical for mission success. Aeron’s 200+ AHRS systems are part of multiple aircraft platforms with a 6-years+ track record.
Maritime
Robust navigation and control for unmanned and crewed maritime platforms — AUVs, ROVs, USVs, and fast-response patrol boats — with precise motion feedback, heave correction, and DVL integration for high-accuracy underwater and surface navigation, plus situational awareness with waypoint navigation and offline maps.
Land Systems
Integrated land system solutions engineered for GNSS-denied and electronically contested environments — resilient navigation, situational awareness, precision battlefield survey and control & stabilisation sensors across IFVs, MRAPs, 4x4/8x8 vehicles, RCWS and EO systems, with assured navigation and turret stabilisation.
Infrastructure & Facilities
Built with a strong focus on reliability, quality, and scalability, our facilities enable us to deliver mission-critical technologies for aerospace, defence, automotive, renewable energy, and environmental applications.
To ensure performance under real-world operating conditions, our products undergo extensive environmental, functional, and reliability testing — vibration, thermal cycling, humidity, shock, and endurance testing across both business verticals.
This allows us to deliver systems capable of operating reliably in aircraft, unmanned systems, armoured vehicles, and remote tactical sites.
Certifications & Qualifications
Type Approval Certificate from Centre for Military Airworthiness & Certification
View Certificate
AS 9100:2016 Certificate
View CertificateDO-178B Level B
Software assurance — 100% MC/DC coverage (Octantis AHRS)
DO-254 / MIL-STD-810E/F/G
Hardware design assurance & environmental qualification
MIL-STD-461E/F
EMI/EMC qualification across the product range
RTCA-DO-334
Minimum operating performance standard, airborne AHRS