Detect moving people outside the line of sight that cannot be detected by cameras using small MIMO radar!
A system that detects moving people, even in conditions where they cannot be sensed by a camera due to being covered by tree leaves, by equipping a drone with a small MIMO radar for specific low power, and displays the information on a ground terminal. This enables the prevention of secondary disasters in search and rescue operations and allows for 24-hour searches. * MIMO... Multiple-Input Multiple-Output method. It allows for improved antenna directivity. * Specific low power... A radio station that does not require a license from the Minister of Internal Affairs and Communications based on the Radio Law.
Inquire About This Product
basic information
【Radar】 - Frequency: 24GHz - Certification: ARIB-T73 (Japan) - Field of View: Elevation ±30° & Azimuth ±30° - Detection Range: 50m @ person (line of sight) - Antenna Type: MIMO antenna - Camera: Visible camera / Infrared camera - Wireless Transmission: Wi-Fi / LTE - Power Supply: DC+14.8V battery - Continuous Operating Time: Over 20 minutes - Size (mm): 160 x 130 x 90 max. (excluding Wi-Fi antenna) - Weight: Under 1.3kg (including battery) 【Controller】 - Computer - Wi-Fi Router 【Features】 - Integrates miRadar 128＜3D＞ radar sensor with Wi-Fi. - Overlays camera images and radar detection data for real-time monitoring.
Price range
Delivery Time
Applications/Examples of results
【Usage Scenarios】 - Searching for people lost in mountainous areas - Searching for people in smoke, fog, and darkness - Detecting intrusion into danger zones for people and vehicles
catalog（1）
Download All Catalogs
Company information
Sakura Tech has been developing imaging sensors and high-performance microwave/millimeter-wave components using ultra-wideband technology since its founding in October 2008. In particular, we developed a compact and high-performance radar platform (miRadar(R)8) using Multiple-Input Multiple-Output (MIMO) technology, which has been commercialized as an obstacle monitoring radar. Using the same radar platform, we developed an algorithm capable of simultaneously measuring the vital signs (heart rate, respiration) of multiple individuals, and we have been the first in the world to sell evaluation kits, receiving positive feedback from many manufacturers. Radio wave sensors have become essential in the fields of autonomous driving sensors, security aiming for a safe and secure society, and monitoring the elderly in the IoT society. Moving forward, Sakura Tech will continue to provide and contribute to society with human-friendly, high-performance sensors that utilize radio waves.