About
Two types of fully indigenous Ground Surveillance Radars such as Short Range and Medium Range variants are engineered based on cutting-edge Frequency-Modulated Continuous-Wave (FMCW) technology & passive electronic scanning antennas. Ground Surveillance Radars support the need for flexible and rapidly deployable threat detection systems, specifically tailored for perimeter and border security applications. These indigenously designed and developed radars stand as a testament to technological innovation, offering solutions for monitoring and safeguarding sensitive areas with efficiency and precision.
Features
Benefits
Form Factor
Lightweight and compact size
Deployment
Rapidly deployable
Operability & Power
Continuous 24/7 operations with Power-over-Ethernet (PoE) support
Detection
Detection of human movements (crawling/walking/running) Detection of light and heavy vehicles
Key Specifications
Applications
- Border security
- Homeland security
- Perimeter security
- Airport security
- Wide area surveillance
- Coastline security
- Counter low flying drone
Variants
- Short Range
- Medium Range
FAQs
Ground surveillance radar is a system that uses radio waves to detect and track objects on or near the Earth's surface. It provides continuous monitoring of a specific area for various purposes, including security, military intelligence, and border control. These radars can detect movements, identify targets, and contribute to situational awareness by analyzing the data collected from the surveillance area.
The range of ground surveillance radar varies depending on the specific technology and application. Short-range systems may cover a few kilometers, while long-range surveillance radars can monitor areas up to several hundred kilometers away. The range is influenced by factors such as the radar's frequency, power, and the desired level of resolution for detecting and tracking objects on the ground.
Ground surveillance radars are widely used for border security, battlefield monitoring, perimeter protection, and critical infrastructure safety. They enhance real-time situational awareness, detect moving targets, and support early threat response, making them essential for defence and homeland security operations.