### Advanced Inertial Sensing for Unmanned Systems
The HG3900 is engineered to provide accurate three-dimensional acceleration and rotational sensing, tailored for unmanned aerial vehicles (UAVs), terrestrial vehicles, and marine drones, particularly in challenging operational settings.With a compact design measuring less than 3 inches in diameter and standing at 3.1 inches tall, it boasts a minimal footprint of just 328 cm³ and weighs under 2 pounds, making it an excellent choice for platforms with stringent size, weight, and power (SWaP) requirements.
### Exceptional Temperature Resilience
This device is equipped with MEMS sensors that are meticulously calibrated to withstand extreme temperature fluctuations, ranging from –54 °C to +85 °C. This feature guarantees reliable navigation capabilities in both frigid arctic conditions and scorching desert environments. The typical power consumption is a mere 2.5 watts, with a peak of 6 watts, facilitating efficient integration into battery-operated systems while ensuring consistent precision.
### Seamless Integration and robust Performance
Designed for effortless system integration, the HG3900 delivers stable inertial data essential for autonomous navigation, stabilization, and sensor fusion tasks. Its durable casing and low electrical profile make it ideal for military-grade applications, particularly in GNSS-denied or signal-challenged environments. The firmware is compatible with widely-used navigation toolkits, streamlining the deployment process. Additionally, the unit’s extensive full-scale ranges and minimal drift support prolonged missions that require reliable attitude and heading references.
### Bridging laboratory Excellence and Field Application
The HG3900 effectively combines laboratory-level performance with field-ready capabilities, empowering defense developers to implement dependable navigation solutions across various unmanned platforms. This versatility ensures that users can rely on the HG3900 for consistent performance in diverse operational scenarios.
