What's Happening?
Advanced Navigation has announced the expansion of its Boreas range with the introduction of the 50 Series, a high-performance fibre-optic gyroscope inertial navigation system designed for GNSS-denied mining environments. The series includes two variants: the A50, an attitude and heading reference system, and the D50, a strategic-grade inertial navigation system. These systems are equipped with North-seeking gyrocompasses capable of determining true North, enhancing signal availability and heading accuracy in challenging environments. The Boreas 50 Series integrates advanced sensor fusion technology, allowing for intelligent navigation even when GNSS signals are lost. This development aims to address persistent challenges in mining operations, such as accurately determining position and heading, which are crucial for automated systems and precision tasks.
Why It's Important?
The expansion of the Boreas range is significant for the mining industry, particularly in GNSS-denied environments where traditional navigation systems struggle. The new technology promises to improve operational efficiency by providing reliable positioning and North-seeking capabilities, reducing downtime and enhancing productivity. This advancement is expected to benefit mining operations by optimizing routes, improving resource utilization, and enhancing safety. The integration of advanced sensor fusion technology ensures continuous performance, making it a robust solution for long-term use. The Boreas 50 Series offers a clear return on investment by streamlining upgrades and reducing installation time and costs.
What's Next?
Advanced Navigation plans to roll out a major upgrade to bring all-band GNSS support across its flagship inertial navigation solutions. This enhancement will be available across multiple products, including the Boreas D Series and Certus Evo. The upgrade aims to deliver significant performance and reliability gains, offering global coverage and faster convergence times. The company is focused on reducing system complexity while boosting operational uptime and accuracy, ensuring continuous performance in the most challenging mining environments.
