Land Systems

Resilient Inertial Navigation & Situational Awareness Solutions that are engineered for modern electronic warfare environments where GNSS jamming and spoofing routinely disrupt mobility and command operations. By combining high-performance MEMS-based and FOG inertial navigation, rugged multi-constellation GNSS receivers, and an integrated GIS software suite, the solution ensures continuous positioning, navigation, and full-spectrum situational awareness even in GNSS-denied and contested conditions. With heading accuracy of 0.05° and position accuracy of 0.1% of distance travelled with FOG and 0.3% of distance travelled with MEMS INS, armoured platforms maintain navigational awareness and operational confidence when satellite navigation cannot be trusted.

Complementing the resilient navigation core, MIL-qualified rugged displays and situational awareness software provide commanders and crews with a unified operational picture, including Blue Force Tracking, secure text communications, electronic warfare threat indicators, and 360° situational awareness through external camera integration and route logging. Designed for deployment across wheeled and tracked fighting vehicles, armoured security vehicles, APCs, and mobile artillery systems, the system transforms combat vehicles into fully independent, mission-ready assets delivering resilient navigation, electronic warfare readiness, battlefield-proven ruggedness, and complete situational dominance in a single integrated solution.

Rugged GNSS Receivers for Precision Positioning and Navigation

Deployment-ready positioning and navigation solutions engineered for precision, resilience, and operational reliability in the most demanding environments. The Deneb shock-hardened GNSS Receiver is built for high-shock and vibration, withstanding recoil loads up to 500g while delivering PVT (position, velocity and timing) information resilient to jamming and spoofing. The receivers are multi-frequency GNSS (L1, L2, L5) and multi-constellation with support for GPS, GALILEO, NAVIC with support for PPS timing. Supporting open architectures it enables seamless integration with command and control units, navigation equipment, turret pointing systems, making it the trusted navigation core for tactical platforms. Qualified to military standards, Deneb provides assured positioning and timing where conventional receivers fail.

For ground operations and tactical planning, Deneb supports survey grade (sub-centimetre) accuracies with RTK support. Military engineers and reconnaissance units achieve millimetre-level positioning using multi-constellation GNSS with RTK corrections, enabling fast establishment of reference points, military grids, and tactical maps. These systems are field-proven operating reliably over tens of years in extreme temperatures and terrains from ranging from the extreme heat of the Thar desert to the altitudes and low temperatures of the Himalayas.

For ground operations and tactical planning, Aeron’s RTK Precision Survey Solutions deliver survey-grade geospatial intelligence with rapid deployability in contested terrain. Military engineers and reconnaissance units achieve centimeter-level accuracy using multi-constellation GNSS with secure RTK corrections, enabling fast establishment of reference points, artillery deployment grids, and tactical maps. Built to defence-grade ruggedization standards, these systems ensure uninterrupted performance across extreme environmental and electronic warfare conditions empowering mission commanders with reliable situational awareness, superior battlefield planning, and decisive operational advantage.

Optimized for diverse mission profiles, Aeron’s IMU portfolio supports a wide range of platform stabilisation use cases such as turret stabilisation, stabilisation of remote weapon stations (RCWS), electro-optic sighting systems, and RADARs operating under high-vibration and high-dynamics. Compact low-SWaP MEMS IMUs enable cost-effective stabilization for space-constrained platforms, while FOG IMUs deliver superior long-term bias stability and drift performance for armored vehicles and extended mission profiles. By combining ruggedized design with tactical-grade performance, Castor IMUs ensure reliable targeting, stable sensing, and consistent operational advantage in the harsh conditions. The Castor series IMUs have a bias instability of 1 degree per hour (typ.) while the Aldebaran FOG IMUs designed for vibration-resistance deliver bias instability ranging from 0.1 to 1 degree per hour.

MEMS IMU

• Lightweight, compact, and low power

• Optimized for cost-effective stabilization and control

• Ideal for platforms where size, weight, and power (SWaP) are critical

• Used in EO sights, Camera Gimbals and RCWS

FOG IMU

• Better bias performance with superior bias stability under vibration

• Highly reliable for long-duration missions and harsh environments

• Ideal for turret stabilization, armored vehicle sighting systems and RADARs

• Provides long-term drift stability for precision targeting