#Canada #Montreal #Inertial Navigation #OSCP #NavigationGate

OSCP Introduces NavigationGate: A Game-Changer in Inertial Navigation

In a world increasingly reliant on GPS and satellite navigation, OSCP Motion Sensing Inc. has taken a bold step forward with the launch of NavigationGate, their latest inertial navigation system designed to ensure accurate positioning when satellite signals fail. With an alarming estimate from EUROCONTROL indicating that up to 38% of European air traffic frequently traverses areas affected by radio frequency disruptions, the need for such innovation has never been more pressing.

Key Features of NavigationGate

NavigationGate transforms ordinary Inertial Measurement Units (IMUs) from OSCP into comprehensive Inertial Navigation Systems (INS). This is made possible through an innovative sensor fusion process that occurs directly on the hardware, enhancing reliability without placing demands on the host computer. Customers will find that the device addresses continuity issues rather than sensor problems, as highlighted by OSCP's founder and CEO, Kazem Zandi.

One of the standout features of NavigationGate is its integration capabilities. The system seamlessly integrates into OSCP's MK2 IMU product family, which includes the MK2E2 suited for tactical applications and the MK2Z meant for enhanced navigation accuracy. Thus, the new system provides an impressive fusion of inertial data with GNSS signals, outputting position, speed, and orientation continuously through robust communication interfaces like CAN and RS422.

Benchmarked Performance

Testing of NavigationGate under conditions simulating satellite signal loss revealed substantial advantages over traditional MEMS units. In a 21-minute trial where navigation was exclusively governed by gyroscopic data without any filters, OSCP’s photon-based IMU demonstrated remarkable performance, deviating merely 5.7 meters from the reference position. In stark contrast, a comparable MEMS unit showcased a deviation of 20.5 meters, illustrating the substantial potential for NavigationGate to outperform alternatives, particularly in critical operations.

Technical Specifications

Measuring in at 75.5 × 58.5 × 30 mm and operating within a voltage range of 12 to 34 volts, NavigationGate is designed for adaptability. An OEM variant of the device is also available for users that prefer working at the board level. OSCP is proud to announce that both development and manufacturing occur in Montreal and that the product does not fall under ITAR regulations, making it more accessible to a wider range of industries.

The Urge for Continuity in Navigation

As air travel and many other transportation services increasingly rely on GNSS, the impact of signal disruptions can be disastrous. Airspace regulations and guidelines regarding GNSS outages have become more stringent, as seen in EUROCONTROL's recent updates. By introducing NavigationGate, OSCP aims not only to meet the current demand but also to preemptively address future challenges in navigation continuity.

Conclusion

With its cutting-edge technology and exceptional performance metrics, NavigationGate is poised to become an essential tool across various sectors—including aerospace, defense, maritime, and robotics. As OSCP continues to push the boundaries of inertial navigation technology, the opportunities for more reliable, uninterrupted navigation capabilities are expanding, ensuring that users can confidently navigate even in the most challenging environments.

For more information about NavigationGate and to place preorders for the first production batch, please visit oscp.com.