Mid-Range Radar Sensors

Mid-Range Radar Sensors detect, track, and measure the position and velocity of objects within detection distances typically spanning 30 to 300 meters, occupying the operational space between short-range proximity sensors and long-range surveillance radar systems. Vehicle safety system designers and perimeter security integrators select mid-range radar because this distance category matches the detection requirements of applications including collision avoidance, perimeter intrusion detection, and traffic monitoring that neither short-range nor long-range radar configurations serve as effectively. Therefore, mid-range radar fills a specific detection gap that determines its widespread adoption across automotive and security applications.

These sensors typically operate at 24GHz or 77GHz frequency bands, with the higher 77GHz frequency offering improved range resolution and smaller antenna size compared to 24GHz alternatives at equivalent performance levels. Furthermore, frequency-modulated continuous wave (FMCW) waveform processing extracts both range and velocity information from a single continuous transmission, distinguishing mid-range radar from simpler pulsed systems that require separate processing stages for distance and speed measurement. Consequently, FMCW architecture has become the dominant waveform choice for mid-range automotive and security radar applications requiring simultaneous range and velocity data.

Detection range resolution on mid-range radar sensors typically reaches 0.1 to 1 meter, sufficient for distinguishing individual vehicles in adjacent lanes or separating multiple intruders within a monitored perimeter zone. Additionally, field of view coverage spans 60 to 120 degrees horizontally on most mid-range configurations, balancing wide-area coverage against the angular resolution needed to accurately locate detected targets within that coverage zone.

Weather and lighting independence distinguishes radar from optical detection methods, with mid-range radar maintaining consistent performance through rain, fog, dust, and complete darkness where camera-based systems experience significant degradation. Moreover, output interfaces including CAN bus, Ethernet, and UART support integration with vehicle control systems, security management platforms, and traffic monitoring infrastructure.

In Pakistan, mid-range radar sensors serve automotive advanced driver assistance system integration, perimeter security installations at industrial and government facilities, and traffic monitoring infrastructure on major highway corridors. Tactical Supply Pakistan supplies Mid-Range Radar Sensors for automotive, security, and infrastructure procurement across Pakistan.