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-G3000
NI-G3000 Navigation Spoofer
A low-power navigation simulation layer for authorized counter-UAS systems.
The NI-G3000 generates simulated navigation signals to alter the response of compatible unauthorized aircraft. Deployment requires site-specific authorization, safety procedures and integration with a verified detection layer.
- Signal types
- GPS L1, GLONASS L1, BDS B1, Galileo E1
- Reference orientation
- 360°
- Reference activation time
- <15 s
- Power consumption
- ≤50 W
System capabilities
What this configuration is designed to do
- Simulated GNSS output
- Adjustable control area
- Detection-response integration
- Distributed networking
Application fit
Typical mission applications
- 01Authorized no-drone zones
- 02Critical infrastructure
- 03Controlled test facilities
Technical data
Technical specifications
Core performance and interface data for preliminary system selection.
Confirm a project configuration →| Signal types | GPS L1, GLONASS L1, BDS B1, Galileo E1 |
|---|---|
| Reference orientation | 360° |
| Reference activation time | <15 s |
| Power consumption | ≤50 W |
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.
Engineering Guide
Counter-Drone Radar Acceptance: Test Targets, Routes, Clutter, and Handoffs
Build a counter-drone radar acceptance test for targets, routes, clutter, truth data, track continuity, camera cueing, faults, and retained evidence.
Engineering Guide
Counter-Drone Radar Site Placement: Design Coverage Before Choosing Range
Place counter-drone radar by mapping protected volume, terrain, low-altitude occlusion, clutter, structures, spectrum, camera cueing, and field verification.
Product FAQ
Can NI-G3000 be customized?
Integration can be reviewed around the mission, selected options and interfaces. Typical engineering inputs include simulated gnss output, adjustable control area, detection-response integration, 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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NI-SR3000 Array Radar
- Architecture
- Array radar
- Coverage
- Sector coverage, installation-dependent
- Operation
- Continuous unattended monitoring
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360-degree detection
NI-QR5000 Omnidirectional Array Radar
- Architecture
- Omnidirectional array radar
- Azimuth coverage
- 360° reference deployment
- Target class
- Small, low and slow aerial targets
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ENGINEERING & CONSULTATION
Evaluate NI-G3000 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