The Gryphon R1410 radar system, developed by US-based SRC, Inc., has been deployed in Japan. This deployment, carried out in partnership with Nippon Kaiyo Co., Ltd., follows the radar’s certification by Japan’s Ministry of Internal Affairs and Communications, making it the first of its kind to receive official approval for use in the nation. This is the latest effort to enhance air defences in Japan.
The Gryphon R1410 is a 3D active electronically scanned array radar designed for air surveillance with a specific focus on detecting small, low-altitude targets within a 10-kilometer range. The system is engineered for adaptability, offering operational flexibility in all weather conditions and the ability to be deployed quickly in both permanent and mobile configurations.
In a statement, Tatsuo Yamashita, president of Nippon Kaiyo Co., Ltd., highlighted the radar’s importance to Japan’s national security efforts:
“It has now been successfully implemented in a facility designated as important for securing national security in Japanese law,” he said. “This achievement will be crucial in strengthening the structure of national security, particularly for C-UAS.”
Kevin Hair, president and CEO of SRC, Inc., expressed pride in the partnership, stating:
“This deployment underscores our dedication to delivering innovative solutions for our global partners and ensuring the safety of warfighters and security personnel worldwide.”
The Gryphon R1410 radar is noted for its low size, weight and power requirements, allowing for versatile applications. It also features customizable data output options and an intuitive software interface, enabling operators to configure and deploy the system rapidly, often within minutes.
SRC, Inc. is a developer of advanced counter-UAS technology, with systems deployed both in the United States and internationally. This latest deployment in Japan emphasizes the growing demand for counter-UAS defences in the Asia-Pacific region.
Post Image: The Gryphon radar system at the 2024 Japan Drone Show. (Post Image Credit: SRC Inc.)
