INERTIAL NAVIGATION SYSTEMS AND GEOPOSITIONERS
Discover excellence in navigation, a compact, high-performance inertial navigation system.
Combines the power of a GNSS/GPS receiver with low-noise MEMS inertial sensors. Our solution, supported by an advanced Extended Kalman Filter (EKF), provides accurate positioning even in situations where GPS experiences interruptions.
Key Features:
Accurate Positioning in All Conditions:
The reliable choice for staying on course even in GPS-denied environments. Positioning when it matters most, with exceptional performance at all times.
Full Angle Coverage:
From heading to pitch and roll, our systems cover all angles with accuracy comparable to more expensive inertial systems. Experience exceptional performance without compromising your budget.
Compact and High Performance Design:
We have integrated a high-performance inertial suite and the fastest processing in the industry into a palm-sized device. This MEMS inertial navigation system guarantees outstanding performance for land, air and sea applications.
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Our know-how and knowledge of the market, gives us a great proximity to the final customers, who trust DONALBA for the selection of the most appropriate proposals for their projects and programs. Contact ne will help you to choose the best solution for your business.
Integrated sensors:
Accelerometers:
They measure gravitational forces in a fixed coordinate system, providing crucial data for the determination of acceleration and velocity changes. The ability to maintain accuracy even in motion makes our accelerometers essential for dynamic applications.
Gyroscopes:
They measure angular velocity and are essential for calculating the change in platform orientation. With technologies such as fiber optic gyroscopes (FOG) and microelectromechanical units (MEMS), we ensure accurate performance even in challenging environments.
Magnetometers:
They measure the local magnetic field, providing valuable information for orientation determination. The miniaturization of our magnetometers, using MEMS sensors, provides a compact and efficient solution.