Autonomous Systems
Empowering defence personnel with cutting-edge Autonomous Systems for enhanced surveillance, identification, and weapons training capabilities.
IMU with
GNSS.
Among our advanced positioning and navigation technologies is a ruggedized Inertial Measurement Unit (IMU) integrated with Global Navigation Satellite System (GNSS).
This technology is engineered to maintain precision and accuracy even in harsh environments. It offers rapid Time to First Fix (TTFF), achieves sub-centimeter positioning, and features robust gyro and accelerometer capabilities.
This IMU with GNSS is equipped with multiple communication interfaces and has undergone rigorous testing for airborne use, establishing new benchmarks in reliability and performance.
Key
Features.
Few of the many features have been listed below, for more detailed information please contact the
Exceptional Precision and Accuracy
Our IMU with GNSS technology is engineered to provide unparalleled precision and accuracy, even when operating in harsh and dynamic conditions. It serves as a reliable cornerstone for applications demanding pinpoint positioning.
Rapid Time to First Fix (TTFF)
Time is often critical in navigation, and our technology addresses this need with its rapid Time to First Fix capability. It ensures that crucial positioning information is available promptly, facilitating quick and informed decision-making.
Sub-Centimeter Positioning
Achieving sub-centimeter accuracy is a testament to the exactitude of our IMU with GNSS. Whether it's in land, sea, or airborne applications, this level of precision opens doors to a multitude of possibilities and use cases.
Robust Gyro and Accelerometer Capabilities
The technology incorporates gyroscopes and accelerometers that are not only robust but also highly responsive. These sensors contribute significantly to its exceptional performance, enabling accurate motion tracking and orientation determination.
Versatility and
Reliability.
Few of the many features have been listed below, for more detailedinformation please contact the
Versatile
Our Ruggedized IMU with GNSS is designed with versatility in mind. It seamlessly interfaces with multiple communication interfaces, allowing for integration into a wide range of systems and applications. This adaptability is a crucial asset, as it ensures compatibility with various setups and requirements.
Reliable
This technology has undergone rigorous testing, especially tailored for airborne applications. This testing ensures that it meets and exceeds stringent reliability and performance standards, setting new benchmarks in the field of navigation and positioning.
Radar Reflective Sea Target Vessels.
Radar Reflective Sea Target Vessels mimic vessels for air shooting practice. They're crucial in training military and aviation personnel, enabling precision targeting without using real ships.
These targets offer a safe, cost-effective training solution, replicating real-world scenarios and ensuring aircrew readiness for defence operations.
Overall
Build.
Few of the many features have been listed below, for more detailed information please contact the
Platform Dimensions & Weight
The Radar Reflective Sea Target measures 50m x 10m x 5m, weighing 525 tons with a 450-ton light ship weight.
Material
It is constructed primarily from metal for durability and stability.
Power and Battery
Equipped with machinery and equipment for power generation and battery support.
Buoyancy and Sea State Handling
The vessel has high buoyancy with Solid Fire Retardant Buoyant Polyurethane foam-filled void tanks. It can withstand high sea states up to Sea State 4 and is designed to take minimal damage in adjacent areas for efficient target reuse.
Visibility of
Vessel.
Few of the many features have been listed below, for more detailed information please contact the
Versatile RCS
Variable RCS (Radar Cross Section) from 500 to 5000 sqm, achieved through advanced radar reflectors and a state-of-the-art Luneburg lens.
IR Signature Simulation
Simulates IR signatures using proprietary Radar Infrared Visual Electro-Optical software. Rigorous signature analysis ensures accurate IR representation.
High Detection Range
Designed to be detectable by Ship/Airborne radars and Surface Search Radars up to 20 nautical miles on Beam Aspect.
Towed Target
Balloon (TSV alternative).
For air shooting practice, the Towed Target Balloon emerges as an incredibly versatile and cost-effective solution, tailored to specific training requirements.
This compact marvel is designed for light seas, maintaining speeds ranging from 10 to a maximum of 20 knots, ensuring adaptability to various training scenarios.