Low-altitude detection
NI-R5000+ Active Detection Radar
- Sensor type
- Active detection radar
- Deployment
- Fixed or mobile, project-configured
- Output
- Target track and alarm data
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Counter-UASNI-S3000
NI-S3000 RF Drone Detector
Radio-frequency detection and identification without active radar emission.
The NI-S3000 monitors relevant spectrum for drone and controller activity. It adds passive detection, signal characterization and early warning to a layered counter-UAS architecture.
- Detection method
- RF spectrum detection
- Emission
- Passive monitoring
- Output
- Alarm, direction and identity data where supported
- Coverage
- Environment and signal-dependent
System capabilities
What this configuration is designed to do
- Passive spectrum monitoring
- Signal-based target alerting
- Protocol-aware identification where supported
- Networked event output
Application fit
Typical mission applications
01Event security
02Correctional facilities
03Urban sites
04Mobile security teams
Technical data
Technical specifications
Core performance and interface data for preliminary system selection.
Confirm a project configuration →| Detection method | RF spectrum detection |
|---|---|
| Emission | Passive monitoring |
| Output | Alarm, direction and identity data where supported |
| Coverage | Environment and signal-dependent |
Engineering path
From shortlist to a defined system
A clear sequence keeps product selection, integration and acceptance tied to the mission.
- 01
Mission review
Confirm the environment, users, required outcome and constraints.
- 02
System configuration
Resolve payload, interfaces, accessories and performance targets.
- 03
Acceptance plan
Agree tests, documentation, training, delivery and handover criteria.
Solution pathways
Where this product fits
Selection context
Related engineering guidance
Use these guides to test the mission assumptions behind a product shortlist.
Operational Guide
Public-Safety Counter-UAS: Build an Evidence and Escalation Workflow First
A detection-first guide for public-safety teams covering reports, sensor confidence, visual confirmation, airspace coordination and records.
Engineering Guide
Security Platform Integration: Freeze the Event Model Before the Dashboard
A practical integration checklist for multi-sensor security platforms covering event semantics, identity, networks, evidence and recovery.
Product FAQ
Can NI-S3000 be customized?
Integration can be reviewed around the mission, selected options and interfaces. Typical engineering inputs include passive spectrum monitoring, signal-based target alerting, protocol-aware identification where supported, destination-country requirements and the intended operating environment.
What information is needed for a quotation?
Provide the destination country, operating scenario, required quantity, target performance, payload or integration requirements, delivery timing and any mandatory standards.
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- Architecture
- Array radar
- Coverage
- Sector coverage, installation-dependent
- Operation
- Continuous unattended monitoring
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- Architecture
- Omnidirectional array radar
- Azimuth coverage
- 360° reference deployment
- Target class
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ENGINEERING & CONSULTATION
Evaluate NI-S3000 for your project
Send the mission profile and destination country. We will confirm the suitable configuration, documentation scope, lead time and acceptance plan.
Request a technical review