#Canada #Montreal #IMU #OSCP #NavigationGate

OSCP Unveils NavigationGate: A New Era in Inertial Navigation Systems

In a significant development for the aerospace industry, OSCPS Motion Sensing Inc., known as OSCP, has launched its latest innovation, NavigationGate. This new inertial navigation system is designed for platforms that experience interruptions in satellite connectivity, addressing a pressing need in aviation and beyond.

The Context of NavigationGate

Recent data from EUROCONTROL highlights a growing concern in European air traffic management—up to 38 percent of this traffic now traverses areas frequently affected by radio frequency interference. Such disruptions can severely impact the ability of aircraft and other navigational platforms to maintain accurate positioning, leading to potential safety hazards and operational inefficiencies. In response to these challenges, OSCP's NavigationGate aims to fill a vital gap.

In July 2026, the European Union Aviation Safety Agency released updated guidelines regarding GNSS (Global Navigation Satellite System) interruptions, acknowledging that these incidents have become increasingly severe and disruptive. With NavigationGate, OSCP steps in to provide a robust solution that can function independently of satellite signals.

Key Features of NavigationGate

NavigationGate is not just any inertial measurement unit (IMU). It transforms OSCP’s motion sensing capabilities into a complete inertial navigation solution. By integrating inertial data from dual antennas, RTK-compatible GNSS, and the customer's existing sensors, NavigationGate delivers continuous output of position, velocity, and orientation through advanced CAN and RS422 interfaces. Crucially, this data fusion occurs on board the device itself, ensuring seamless operation without depending on external systems.

Kazem Zandi, founder and CEO of OSCP, emphasizes the significance of this innovation: "Our customers do not have a sensor problem; they face a continuity problem. NavigationGate bridges that gap directly on the board."

Performance and Testing

In real-world testing, OSCP’s NavigationGate has proven its reliability. During a more than 21-minute road test, where satellite positioning was lost, the navigation system managed to determine its position within 5.7 meters of the actual ground truth using only gyroscopic data, a significant improvement compared to a MEMS device that fell short at 20.5 meters. This performance indicates that NavigationGate meets high tactical standards while accommodating a compact design of 75.5 by 58.5 by 30 millimeters, operating effectively within a voltage range of 12 to 34 volts. An OEM variant is also available, designed and manufactured in Montréal, ensuring it adheres to ITAR standards—a crucial aspect for defense and aerospace applications.

Target Markets and Applications

OSCP has laid its sights on various sectors where precise navigation is critical. Their products, including NavigationGate, cater to industries from aerospace and defense to robotics and marine applications. Customers in these fields often work under conditions where GNSS technology is compromised or entirely unavailable.

Conclusion

With the introduction of NavigationGate, OSCP reinforces its commitment to revolutionizing inertial navigation technology. As industries continue to face challenges associated with satellite signal reliability, OSCP’s innovation doesn’t just fill a gap—it sets a new standard for navigational precision. For academic and operational purposes alike, embracing technology like NavigationGate could mean the difference between efficiency and chaos in navigation-dependent sectors. For more information, visit oscp.com.