FreeScopes ECCM II - Advanced Radar Deception Analysis | SkyRadar

FreeScopes ECCM II

FreeScopes ECCM II, formerly FreeScopes Disturbance Filtering & Analysis II, extends the disturbance-analysis training introduced in ECCM I into more advanced radar deception scenarios. Trainees learn to identify and analyse deceptive effects that manipulate apparent target angle, velocity or radar-signal characteristics.

The module is used with controlled SkySim ECCM II scenarios. The instructor defines the common electronic-warfare scenario, while trainees independently apply FreeScopes detection and analysis methods in their own workspaces.

Designed for military radar academies, defence-oriented technical training centres, universities and radar research laboratories.

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Training Advantages

Move Beyond Range Deception — Extend ECCM training toward more advanced deception effects.
Detect Angle Deception — Study AGPO effects and abnormal angular target behaviour.
Analyse Velocity Deception — Observe VGPO and manipulated apparent target velocity.
Study Adaptive Deception — Examine SASP-oriented detection concepts where included.
Work Independently — Apply analysis methods while the instructor controls the shared scenario.
Prepare for Advanced EW Analysis — Build practical understanding of complex radar deception.

From Basic Disturbances to Advanced Radar Deception

ECCM I introduces noise jamming, sector and barrage jamming, range deception, RGPO and static active-target deception. ECCM II moves into advanced analysis of manipulated target angle, target velocity and more complex adaptive or statistical deception effects.

Advanced EW scenario → radar effect → detection → analysis → comparison

SkySim ECCM II generates the common advanced scenario. Each trainee independently uses FreeScopes ECCM II to detect, analyse and interpret its effects.

What Trainees Do

Observe advanced deceptive radar scenarios
Compare normal and manipulated target behaviour
Identify and analyse AGPO-related effects
Apply AGPO Detection
Identify and analyse VGPO-related effects
Apply VGPO Detection
Examine SASP-oriented deception detection where included
Compare processing before, during and after a deceptive scenario

Main Training Scope

Angle Deception

AGPO effects
AGPO Detection
Interpretation of manipulated target-angle behaviour

Velocity Deception

VGPO effects
VGPO Detection
Interpretation of manipulated target-velocity behaviour

Advanced Deception Analysis

SASP Deception Detection where included
Processing under deception
Comparison of affected and analysed radar data

Scenario-Based Analysis

Controlled SkySim ECCM II scenarios
Repeatable classroom exercises
Independent trainee analysis

Where It Fits

Radar & DSP Foundation → Surveillance Processing → ECCM I → ECCM II

ECCM II is the advanced continuation of ECCM I, extending the training path from noise and range-deception analysis into angle, velocity and adaptive-deception analysis. The exact progression depends on the delivered commercial configuration.

Prerequisites

FreeScopes environment
SkySim Radar Simulator Extension — ECCM II for advanced simulator-generated scenarios
Applicable licensed extensions and datasets in the delivered configuration

No general hardware compatibility matrix is claimed for this Overview.

Who It Is For

Military radar academies and defence-oriented technical training centres
Electronic-warfare and advanced radar-processing programmes
Universities and applied radar programmes
Radar and signal-processing research laboratories

Learning Outcomes

After completing the module, trainees can explain how angle- and velocity-deception techniques affect radar information; identify AGPO- and VGPO-related behaviour; apply the confirmed FreeScopes detection methods; examine SASP-oriented detection where included; and compare radar-processing results before, during and after controlled deception scenarios.

Related Products

Advance from Disturbance Detection to Deception Analysis

Use FreeScopes ECCM II to examine angle, velocity and adaptive-deception effects in controlled, repeatable training scenarios.

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