Wide perimeter early warning
Maintain tracks across planned approach sectors before a target reaches the core area.
DRONE DETECTION RADAR
Drone Detection Radar for Low-Altitude Site Monitoring
Compare Ku-band and X-band radar options for early warning, target tracking and handoff to RF and EO/IR confirmation around critical sites.
Ku-band and X-band optionsRange, bearing and track dataRF and EO/IR handoff
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Detection layer / site configuration
01
APPLICATION CONTEXT
When is radar the right detection layer?
Drone detection radar provides movement, range, bearing, altitude, speed and continuous track data without depending on a recognizable radio-control link or cooperative identity broadcast. It supports wide-area early warning, multi-target tracking and automatic cueing of EO/IR or RF sensors. Target radar cross-section, flight altitude, route, terrain, buildings, vegetation, weather, clutter, scan geometry, mounting height and close-in blind zones all affect usable coverage. Ku-band and X-band options also differ in reference range, elevation coverage, blind zone and track capacity, so selection should follow a site drawing and coverage simulation rather than the band name alone. In an integrated C-UAS workflow, radar tracks are correlated with RF or Remote ID data, handed to EO/IR for visual confirmation and displayed on the command platform for coordinated response.
Quiet-target movement
Add movement evidence when a recognizable RF or Remote ID source is unavailable.
EO/IR cueing
Pass track position to visual systems for operator confirmation where line of sight permits.
Multi-site command view
Send standardized track data to a shared platform for status and handoff.
02
COMPLEMENTARY SENSOR LAYERS
Two radar configuration options
Compare the stated specifications as a starting point; final coverage remains a site-engineering question.
Low-Altitude Early-Warning Radar (Ku-Band)
A DBF radar for 360° low-altitude search, track generation and multi-sensor platform integration.
- 15.9–16.2 GHz
- Reference range ≥5 km at RCS 0.01 m²
- ≥500 simultaneous tracks
Low-Altitude Early-Warning Radar (X-Band)
A 3D pulse-Doppler radar for 360° search, target tracking, alert review and event records.
- 9–10.2 GHz
- Reference range ≥10 km for Phantom 4 under stated conditions
- ≥200 simultaneous tracks
03
BUYER COMPARISON
Ku-band vs. X-band configuration
These values describe product test conditions, not guaranteed site coverage.
| Selection factor | Ku-band radar | X-band radar |
|---|---|---|
| Reference range | ≥5 km at RCS 0.01 m² | ≥10 km Phantom 4; ≥7 km egret at stated false-alarm condition |
| Close-in blind zone | ≤150 m | ≤200 m |
| Coverage | 360° azimuth; ≥60° pitch | 360° azimuth; 0–30° pitch |
| Track capacity | ≥500 tracks | ≥200 tracks |
| Data / interface | 2-second data rate | UDP over Gigabit Ethernet |
04
OPERATING LOOP
Radar detection, sensor cueing and coordinated response
A usable radar track moves through evidence correlation, operator confirmation and a defined handoff to the responsible site team.
01
Detection
Radar searches the planned sector and creates a track with time, range, bearing, altitude or speed fields supported by the configuration.
02
Identification
The platform compares the track with RF, Remote ID, permitted-flight and map context.
03
Confirmation
EO/IR cueing and operator review add visual evidence and a review status.
04
Command & Response
The command platform correlates the confirmed track, presents sensor and device status, coordinates the configured response sequence, and records alarms, commands and outcomes for review.
Define escalation contacts, decision authority, site procedures and record-retention requirements before commissioning.
05
SOLUTION SCENARIOS
Two radar solution scenarios
Radar placement and confirmation workflow change with the site geometry and operating team.
Airport Approach & Boundary Sectors
Radar tracks support early warning around approach routes and boundary zones, then cue RF and EO review before command-room escalation.
- Sector and blind-zone review
- Permitted-flight comparison
- EO/IR handoff and operator status
Major Venue Temporary Coverage
A temporary radar and RF layout supports event-area awareness, mobile team coordination and a defined escalation path.
- Time-bound deployment plan
- Radar and RF evidence correlation
- Command and field-team coordination
FAQ
Drone radar selection FAQ
Can radar detect every drone?
No. Detectability depends on target characteristics, route, altitude, terrain, clutter, weather, scan geometry and mounting. Coverage should be reviewed against the real site.
How should Ku-band and X-band options be compared?
Compare the stated range condition, blind zone, elevation coverage, target capacity, interface, mounting and the sectors that matter at the site—not the band label alone.
Why combine radar with RF and EO/IR?
Radar contributes movement and track data; RF can add signal or identity clues; EO/IR can add visual confirmation. Correlation gives the operator a more reviewable event.
What happens after confirmation?
The platform maintains the correlated track, presents the target and device status, coordinates the configured response sequence and records the complete event.
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Tell us the equipment, application or site you are reviewing. Our team can provide product information, technical documents, pricing and configuration support.