Radar Target Simulation & Test Solutions

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TargSim provides flexible modular hardware, software, systems, and professional services to deliver a more convenient, efficient, and reliable experience for automated test and measurement.

From product selection to system integration, we are committed to providing solutions tailored to your specific testing requirements — helping you accelerate test execution, improve design efficiency, enhance test reliability, and maximize the value of your test data.

Whether you are conducting R&D validation, product testing, or complex automated test applications, TargSim's flexible modular architecture and professional technical support help you test faster, design more efficiently, and build smarter, more reliable, and high-performance test systems.

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TargSim offers a range of millimeter-wave Radar Target Simulators covering different radar frequency bands and application scenarios. Designed to meet diverse radar testing requirements, our solutions provide flexible target simulation and RF signal generation capabilities, enabling the simulation of key target characteristics such as range, velocity, angle, and RCS. From automotive millimeter-wave radar to various other radar systems, TargSim solutions support R&D, validation, performance evaluation, and production testing, helping customers build efficient, reliable, and repeatable radar test environments.

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What Our Product Can Do?

Range Simulation

Range Simulation enables a Radar Target Simulator to reproduce precise target distances by controlling the time delay of simulated radar echoes. It allows engineers to emulate targets at different ranges without physically moving the radar or target. This function supports accurate evaluation of range measurement, target detection, tracking performance, and radar algorithms, making it ideal for automotive radar, ADAS, aerospace, defense, and laboratory radar testing.

Velocity/Doppler Simulation

Velocity/Doppler Simulation enables a Radar Target Simulator to reproduce the Doppler frequency shift generated by moving targets. By precisely controlling simulated target velocity, engineers can evaluate radar performance under different relative motion conditions, including approaching, receding, and stationary targets. This function supports accurate testing of velocity measurement, Doppler processing, target detection, and tracking algorithms, making it suitable for automotive radar, ADAS, aerospace, defense, and laboratory applications.

RCS Simulation

RCS Simulation enables a Radar Target Simulator to reproduce the radar cross-section (RCS) characteristics of different targets by controlling the amplitude and signature of simulated radar echoes. Engineers can emulate targets with different reflection strengths to evaluate target detection sensitivity, signal processing performance, dynamic range, and tracking capability under controlled conditions. This function is widely used in automotive radar, ADAS, aerospace, defense, and radar system development, supporting repeatable and efficient radar testing.

Multi-Target Simulation

Multi-Target Simulation enables a Radar Target Simulator to generate multiple independent radar targets simultaneously with configurable range, velocity, Doppler, RCS, and target parameters. Engineers can reproduce complex traffic and operational scenarios, such as multiple approaching, receding, or crossing targets, to evaluate multi-target detection, target tracking, target separation, and radar signal processing performance. This capability is ideal for automotive radar, ADAS, aerospace, defense, and advanced radar system validation.

Automated Testing

Automated Testing enables radar engineers to create and execute repeatable test scenarios with predefined target parameters, test sequences, and evaluation criteria. By automating radar target simulation and measurement workflows, engineers can efficiently perform functional testing, regression testing, performance validation, and system verification with consistent results. This capability reduces manual operation, improves test efficiency, and supports large-scale validation for automotive radar, ADAS, aerospace, defense, and radar system development.

Spectrum Analyzer Fuction

The Spectrum Analyzer Function provides real-time analysis of radar signals across the frequency domain, enabling engineers to monitor signal power, frequency characteristics, bandwidth, spectral occupancy, and interference. It helps users quickly identify unwanted emissions, frequency deviations, and signal anomalies during radar testing and validation. Integrated spectrum analysis improves test efficiency and provides valuable insights for RF performance evaluation, signal verification, and radar system development.

Product Overview

What Is a Radar Target Simulator?

A Radar Target Simulator is an RF test system designed to reproduce realistic radar echoes from virtual targets under controlled laboratory conditions. By digitally controlling key target parameters such as range, velocity, Doppler shift, and radar cross section (RCS), it can simulate the radar response of vehicles, objects, or other targets without requiring physical targets or road testing. This enables engineers to perform repeatable, safe, and efficient radar testing while reducing the cost and complexity of real-world test scenarios. Radar target simulation complements road and field testing by providing a controlled environment for sensor development, algorithm validation, performance verification, and system qualification.

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