SkyRadar Rotary Unit - Controlled Rotation for Radar Experiments | SkyRadar

SkyRadar Rotary Unit

The SkyRadar Rotary Unit provides controlled mechanical rotation for radar and signal-processing experiments within the modular SkyRadar training system. It is used where trainees need reproducible changes in target aspect angle, antenna orientation or experiment geometry.

Combined with the Radar Box, supported radar hardware and FreeScopes, the Rotary Unit introduces controlled physical movement into the measurement workflow while trainees continue to work in the familiar browser-based processing environment.

Designed for universities, technical academies, radar and signal-processing laboratories, ATSEP and defence training organisations, and applied research laboratories.

Request information

Training Advantages

CONTROLLED ROTATION — Create reproducible changes in target or experiment orientation.
MODULAR SYSTEM INTEGRATION — Combine the Rotary Unit with supported SkyRadar Radar Box and experiment configurations.
ASPECT-ANGLE EXPERIMENTS — Measure how radar returns change as target orientation varies.
REPEATABLE LABORATORY SETUPS — Use defined rotational movement for comparable measurements and exercises.
ISAR TRAINING — Rotate targets through changing aspect angles for inverse synthetic aperture radar measurements.
EXPANDABLE BUILDING-BLOCK ARCHITECTURE — Use the Rotary Unit as a mechanical platform for supported SkyRadar training configurations.

From Mechanical Movement to Radar Measurement

The Rotary Unit adds controlled mechanical motion to the SkyRadar training architecture. Depending on the experiment, it rotates a target, target holder or supported experiment assembly so that trainees can observe how the signal or radar return changes with orientation.

In SkyRadar iSAR configurations, aspect-dependent measurements are acquired across changing target orientations for downstream processing and visualisation in FreeScopes.

What the Rotary Unit Does

Provides controlled rotational movement
Supports target and aspect-angle experiments
Provides the mechanical base for selected SkyRadar training configurations
Enables repeatable measurements at changing orientations
Supports iSAR data acquisition
Works with the Radar Box, supported radar hardware and FreeScopes where defined by the delivered configuration

Modular Mounting

The Rotary Unit supports product-specific target holders and experiment assemblies. The exact mounting arrangement depends on the delivered SkyRadar configuration and is defined for the supported laboratory setup.

Representative Applications

SkyRadar iSAR

The Rotary Unit rotates the object under test through changing aspect angles while a separate radar station acquires the aspect-dependent radar signature.

Radar Target Experiments

Targets can be rotated to investigate changes in radar return caused by geometry and orientation.

Antenna and Experiment Orientation

Where supported by the delivered configuration, the Rotary Unit can introduce controlled angular changes into laboratory experiments.

Technical Specifications

PLATFORM & MECHANICS

Product role
Controlled rotational platform for SkyRadar experiments

Drive principle
Stepper-motor-driven rotary table

Maximum rotation speed
10 rev/min

Dimensions
approx. 440 × 319 × 100–109 mm

Practical net weight
approx. 8 kg for logistics estimates

Mounting
Product-specific supported target holder or experiment assembly

SYSTEM INTEGRATION

Control
Computer-controlled / configurable rotation

Training environment
SkyRadar radar / FreeScopes architecture

Current confirmed application
SkyRadar iSAR

Measurement principle
Controlled aspect-angle variation

Typical use
Target rotation for repeatable radar measurements

INTERFACES

Control interface
Product-specific SkyRadar integration

Mechanical interface
Supported target holder / experiment assembly

Where It Fits

The Rotary Unit is the mechanical motion layer within selected SkyRadar training systems. While the Radar Box provides the hardware-control and data-interface platform, the Rotary Unit introduces controlled physical movement into the experiment.

This makes it particularly useful for exercises where target orientation, aspect angle or repeatable rotational movement directly influence the measured radar signal.

Who It Is For

Universities and radar-engineering programmes
Technical academies
Radar and signal-processing laboratories
ATSEP and defence training organisations
Applied research laboratories
Instructors teaching target signatures, aspect-angle effects and iSAR

Learning Outcomes

After completing relevant exercises, trainees can configure experiments with controlled target rotation, compare radar measurements at different aspect angles, analyse changes in radar return caused by target orientation, acquire repeatable measurement series, relate target geometry to aspect-dependent radar signatures, and use rotational measurements as input for iSAR processing where included.

Related Products

Add Controlled Rotation to Radar Experiments

Use the SkyRadar Rotary Unit to introduce reproducible aspect-angle variation into supported radar and signal-processing training workflows.

Request information