Nanook Distributed Radar System:
Protecting the skies. Securing the future.
Nanook Distributed Radar System (DRS) transforms radar from a single, vulnerable site into a resilient, distributed network of compact X-band nodes that act as one. The result: wide-area awareness with no single point of failure—purpose-built for airports, ports, borders, cities, training ranges, and defense missions.
01
Uninterrupted coverage
Distributed architecture keeps you protected even if individual nodes fail.
02
High detection confidence
Probability of Detection (Pd) ≥0.9 across the 40×40 km core for dependable situational awareness.
03
Precise tracking
Location accuracy down to CEP50 of ~100–150 m, with precision zones as tight as 50 m.
04
Future-ready adaptability
AI-driven learning, private 5G backbone, and anti-jamming measures evolve with emerging threats.
05
Civil–military interoperability
Compliant with NATO standards, STANAG links, and ADS-B for safe integration into mixed airspace.
06
Operational assurance
Resilient design reduces risk, simplifies compliance, and strengthens mission continuity.
Why It Matters
Traditional radars are powerful but fragile: one outage can compromise entire regions. Nanook solves this by distributing coverage across many collaborating nodes, ensuring uninterrupted awareness even under stress.
01
No single point of failure
Distributed radar nodes ensure mission continuity, even under attack or outage.
02
Always connected
Built-in Starlink Mini satellite backhaul provides secure, global connectivity in remote or contested environments.
03
Faster ROI
Modular deployment scales to mission needs, eliminating sunk costs and accelerating returns.
04
Stronger over time
AI-driven learning and private 5G make the system continuously adaptive, not static.
Competitive Advantage
Nanook doesn’t just match traditional radar systems—it redefines what radar can deliver.
01
Distributed power, unified picture
Compact X-band nodes collaborate as one seamless system.
02
Fusion intelligence
Advanced filters reduce clutter and false alarms, producing high-confidence tracks
03
Agile deployment
Vehicle-mounted or airborne nodes expand coverage instantly, synchronized over private 5G.
04
Adaptive AI defense
Continuous learning predicts trajectories and counters jamming with waveform agility.
05
Scalable design
Add rings of nodes to expand coverage or sensitivity without disruptive re-engineering.
Key Features
01
Airports
Early drone warning, safer runway operations with ADS-B overlays.
02
Maritime security
Persistent coastal & port surveillance with clutter suppression.
03
Border control
Scalable coverage across remote terrain, mobile nodes close blind spots in minutes.
04
Military & defense
Resilient against jamming, NATO interoperability for coalition missions.
05
Urban protection
Reliable low-altitude coverage in dense cityscapes.
06
Training ranges
High-fidelity tracking and metadata for after-action review.
Where It Works
01
Coverage you can trust
Pd ≥0.9 across most of the 40×40 km core.
02
Actionable precision
CEP50 ~100–150 m; precision zones as low as 50 m.
03
Extended range
~1 m² RCS at 20 km per node; ~30 km with network fusion.
04
Heavy traffic capacity
Designed for crowded skies, seamless track handovers.
Performance at a Glance
01
Hexagonal lattice geometry
Overlapping “2-coverage” ensures resilience and accuracy.
02
X-band radar
Fine resolution for detecting drones and small, low-altitude threats.
03
Fusion-first architecture
Multiple detections integrated into one trusted air picture.
04
Interoperability baked in
ASTERIX, Link-16, STANAG, and ADS-B for civil-military integration.
How It Works
01
Fighter-optimized
~14 stations at ~9.5 km spacing for ≥0.8 Pd across 90% of a 40×40 km area.
02
Drone-optimized
~27 stations at ~6.8 km spacing for continuous detection of 1 m² RCS targets.
03
Mobile & airborne extensions
Vehicle-mounted and VTOL nodes on 5G backbones for flexible operations.
Deployment Paths
Contact Us Today
The future of radar is distributed, adaptive, and intelligent. The future is Nanook.
Request a technical demo. Talk to an expert about your mission profile. Download the datasheet and deployment guide.