OSCP Unveils NavigationGate to Enhance Inertial Navigation in Satellite Loss Scenarios
In a significant advancement for the navigation technology sector, OSCPS Motion Sensing Inc., commonly known as OSCP, has launched their latest product, NavigationGate. This innovative inertial navigation system (INS) is designed specifically for platforms that may lose satellite signals, effectively addressing the growing need for reliable positioning in environments affected by radio-frequency interference.
As per estimates from EUROCONTROL, nearly 38% of European air traffic now travels through regions that frequently experience disruptions due to such interference. This highlights the critical demand for robust navigational solutions that can function seamlessly amidst challenges. In response, OSCP has crafted NavigationGate to provide an effective solution for maintaining accurate location data even under adverse conditions.
Pre-orders for the first production batch of NavigationGate are now open, making it the ideal time for interested parties in aviation, robotics, and defense sectors to secure this cutting-edge technology. The system transforms an OSCP inertial measurement unit (IMU) into a full-fledged inertial navigation system by fusing data from inertial sensors with dual-antenna, RTK-compatible GNSS, along with the customers' available aiding sensors. This integration enables the output of continuous position, velocity, and attitude data over popular communication interfaces such as CAN and RS422, ensuring versatile compatibility with various platforms.
Kazem Zandi, the CEO and founder of OSCP, emphasized the primary obstacle faced by customers: continuity, rather than a lack of available sensors. "Our customers do not have a sensor problem. They have a continuity problem," said Zandi. He further explained how NavigationGate is designed to bridge this gap directly on the device's board, thereby minimizing reliance on external computing resources. This ensures that accurate navigational information is readily available, even without satellite assistance.
NavigationGate is engineered to work seamlessly with OSCP's well-regarded MK2 IMU family, which includes tactically-focused sensors like the photonic MK2E2 and navigational-grade units such as the MK2Z. Recent performance tests have yielded promising results; a 21-minute road test demonstrated the photonic IMU's capability to navigate using gyroscopic data alone, with a deviation of just 5.7 meters from ground truth compared to a 20.5-meter variance exhibited by a competing MEMS unit under identical conditions.
This advancement positions OSCP not only as a leader in inertial navigation technology but also as a pivotal player in the landscape of tactical applications, where the accuracy and reliability of navigation data can have significant implications.
Compact in design, NavigationGate measures 75.5 by 58.5 by 30 millimeters and operates on a voltage range of 12 to 34 volts. For manufacturers requiring an OEM solution, a board-level variant is available. Designed and produced in Montreal, Canada, all units are ITAR-free, ensuring they meet stringent regulatory standards for export and use in defense-related contexts.
The broader implications of this technology extend beyond aerospace and into other realms such as marine and subsea operations, rail control systems, and autonomous ground vehicles. OSCP's innovative solutions cater to a diverse clientele that seeks high-precision navigation in challenging environments.
In conclusion, with the introduction of NavigationGate, OSCP not only reinforces its commitment to advancing inertial measurement technology but also sets a new standard for navigation systems in environments plagued by signal disruption. For more information about NavigationGate and its capabilities, interested parties are encouraged to visit OSCP's official website at oscp.com.
As per estimates from EUROCONTROL, nearly 38% of European air traffic now travels through regions that frequently experience disruptions due to such interference. This highlights the critical demand for robust navigational solutions that can function seamlessly amidst challenges. In response, OSCP has crafted NavigationGate to provide an effective solution for maintaining accurate location data even under adverse conditions.
Pre-orders for the first production batch of NavigationGate are now open, making it the ideal time for interested parties in aviation, robotics, and defense sectors to secure this cutting-edge technology. The system transforms an OSCP inertial measurement unit (IMU) into a full-fledged inertial navigation system by fusing data from inertial sensors with dual-antenna, RTK-compatible GNSS, along with the customers' available aiding sensors. This integration enables the output of continuous position, velocity, and attitude data over popular communication interfaces such as CAN and RS422, ensuring versatile compatibility with various platforms.
Kazem Zandi, the CEO and founder of OSCP, emphasized the primary obstacle faced by customers: continuity, rather than a lack of available sensors. "Our customers do not have a sensor problem. They have a continuity problem," said Zandi. He further explained how NavigationGate is designed to bridge this gap directly on the device's board, thereby minimizing reliance on external computing resources. This ensures that accurate navigational information is readily available, even without satellite assistance.
NavigationGate is engineered to work seamlessly with OSCP's well-regarded MK2 IMU family, which includes tactically-focused sensors like the photonic MK2E2 and navigational-grade units such as the MK2Z. Recent performance tests have yielded promising results; a 21-minute road test demonstrated the photonic IMU's capability to navigate using gyroscopic data alone, with a deviation of just 5.7 meters from ground truth compared to a 20.5-meter variance exhibited by a competing MEMS unit under identical conditions.
This advancement positions OSCP not only as a leader in inertial navigation technology but also as a pivotal player in the landscape of tactical applications, where the accuracy and reliability of navigation data can have significant implications.
Compact in design, NavigationGate measures 75.5 by 58.5 by 30 millimeters and operates on a voltage range of 12 to 34 volts. For manufacturers requiring an OEM solution, a board-level variant is available. Designed and produced in Montreal, Canada, all units are ITAR-free, ensuring they meet stringent regulatory standards for export and use in defense-related contexts.
The broader implications of this technology extend beyond aerospace and into other realms such as marine and subsea operations, rail control systems, and autonomous ground vehicles. OSCP's innovative solutions cater to a diverse clientele that seeks high-precision navigation in challenging environments.
In conclusion, with the introduction of NavigationGate, OSCP not only reinforces its commitment to advancing inertial measurement technology but also sets a new standard for navigation systems in environments plagued by signal disruption. For more information about NavigationGate and its capabilities, interested parties are encouraged to visit OSCP's official website at oscp.com.
Topics Consumer Technology）
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