Uncooperative Micro-UAV Incursions
Consumer drones and fast-moving FPV quadcopters fly without transponders, exploiting low-altitude gaps between 10m and 500m to evade traditional air traffic radar.
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Low-altitude drone incursions require more than static perimeter cameras
Protecting airports, correctional facilities, power plants, and government perimeters requires treating radar detection, optical tracking, edge AI verification, and countermeasure mitigation as one integrated defense system.
What is a counter-UAS electro-optical surveillance system?
It is a coordinated layer of high-speed EO/IR targeting gimbals, laser night vision, edge AI neural analytics, and 3D radar interfaces designed to detect, track, and verify unauthorized drones.
Ground Clutter & Urban Masking
Tree lines, buildings, and complex terrain create severe radar and optical clutter, requiring sub-second electro-optical target handoff to maintain tracking.
Night Darkness & Sun Glare Blindness
Visual optical cameras alone are blinded by night skies, low cloud ceilings, and bright direct sunlight, requiring dual-spectrum uncooled thermal (LWIR) sensing.
False Alarms from Avian Clutter
Standard motion analytics trigger continuous false alarms from flying birds and bats, overwhelming security operators without dedicated deep-learning AI classification.
Plan the airspace as one system:
3D radar cueing, thermal motor detection, synchronized laser night vision, edge AI classification, and RF jamming handoff should be designed from the same operational model.
Solution Capability
Multi-Layered Electro-Optical Airspace Protection
A coordinated defensive envelope providing automated detection, visual verification, and actionable countermeasure triggers.
Automated 3D Radar Slew-to-Cue
Ingest real-time target vectors from 3D pulse-Doppler radar and RF sniffers to slew high-speed PTZ gimbals onto target coordinates in under 1 second.
Multi-Spectral EO/IR & Laser Tracking
Fuse uncooled 640x512 thermal detection with continuous 1200mm optical zoom and synchronized laser night vision for 24/7 drone payload identification.
Edge AI Avian Clutter Filtering
Deploy embedded 6 TOPS neural networks to analyze rotor kinematics and flight trajectories, eliminating over 95% of bird and debris false alarms.
Airspace Defense Architecture
Six-Stage Counter-UAS Target Acquisition Workflow
Breaking the low-altitude defense requirement into six measurable operational stages from primary radar cueing to final threat mitigation.
Detect (3D Radar / RF)
Establish target presence within a 1km to 3km+ perimeter buffer using primary pulse-Doppler radar and RF spectrum sniffers.
Slew & Acquire
Automatically slew high-speed PTZ gimbals (≥100°/s) to target vectors and engage optical/thermal auto-tracking loops.
Classify (Edge AI)
Execute deep-learning computer vision models on the FTD-16CH AI Box to verify drone rotor dynamics and filter out birds.
Identify (Laser / EO)
Utilize continuous optical zoom (up to 1200mm) or synchronized laser night vision to inspect carried contraband or payload threats.
Cue & Neutralize
Forward live coordinate vectors to directional RF jammers or security response teams while recording full evidentiary video.
Maintain & Ground
Ensure zero gear backlash, high-wind holding torque (>140 km/h), and TVS 6000V lightning surge protection on exposed masts.
Configuration note: Actual counter-UAS configuration depends on protected perimeter radius, radar/RF sensor interfaces, target drone dynamics, and command-center integration. Sizing must be evaluated per site.
Counter-UAS Hardware Matrix
Engineered for High-Speed Drone Tracking, Thermal Fusion & AI
Select long-range optical zoom, dual-spectrum thermal gimbals, rapid-slew flyover domes, and edge AI processing as one integrated airspace defense architecture.
- Ultra Long-Range MTS Laser PTZ
FTD-PTZH 1200mm Laser Night Vision PTZ Camera
Ultra-long-range continuous zoom optical system with synchronized laser night vision. Engineered for multi-kilometer drone payload identification and radar slew-to-cue tracking.
1200mm Optical Reach | Synchronized Laser | Radar-Ready
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- Multi-Spectral Airspace Targeting PTZ
FTD-PTZD Dual-Spectrum Thermal PTZ Positioning Camera
High-sensitivity uncooled thermal core (640x512) paired with continuous optical zoom. Spots drone motor and battery heat signatures through dark skies, cloud glare, and smoke.
640x512 Thermal | High-Speed Slew | Day/Night Tracking
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- Rapid-Slew Perimeter Flyover PTZ
FA3 IP67 Outdoor PTZ Speed Dome Camera (32x Zoom 8MP)
High-acceleration 360°/s pan-tilt speed dome with IP67 ingress sealing for close-proximity perimeter flyovers, correctional contraband defense, and stadium roof monitoring.
4K 8MP | 360°/s Rapid Pan | IP67 Ingress
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- Low-Altitude Drone Edge AI Server
FTD-16CH 16-Channel Edge AI Video Analytics Box (6 TOPS)
Dedicated edge AI server processing 16 video channels in real time. Runs specialized neural models to classify drone rotor kinematics and eliminate bird false alarms.
6 TOPS NPU | 16-CH Real-Time | Drone vs Bird AI
عرض التفاصيل →FIELD RESOURCES
Define the Airspace Defense Task Before Deployment
Use the deployment reference guide to plan sensor payloads and radar slew-to-cue integration, then use the buying guide to align camera optics and C2 response workflows.
Counter-UAS Engineering FAQ
Counter-UAS & Anti-Drone Surveillance FAQ
Direct engineering answers regarding 3D radar slew-to-cue, thermal EO/IR drone detection, avian clutter filtering, and RF jammer integration.
How does automated Radar and RF Slew-to-Cue tracking operate in counter-UAS systems? +
Primary 3D pulse-Doppler radars or RF spectrum direction-finders acquire the drone's 3D coordinates (azimuth, elevation, distance) and broadcast them over IP. The PTZ camera controller calculates the required pan/tilt angles and instantly slews the optical/thermal payload onto the target in under 1 second, initiating AI auto-tracking.
Why is dual-spectrum thermal imaging (EO/IR) essential for drone detection? +
Uncooled long-wave infrared (LWIR 640x512) thermal sensors detect heat emissions generated by drone brushless motors, speed controllers (ESCs), and lithium batteries. Thermal sensors spot drones through pitch-black skies, bright sun glare, and low clouds where visible-spectrum optical cameras are blinded.
How do deep-learning edge AI algorithms distinguish drones from flying birds? +
The FTD-16CH Edge AI Box runs specialized neural network models that evaluate spatial trajectory, flight dynamics (fixed-path vs flapping), rotor aspect ratios, and speed profiles. This eliminates over 95% of false alarms caused by birds, bats, and airborne debris.
What pan-tilt slew speed is required to track close-proximity fast-moving drones? +
Close-proximity FPV drones can fly at speeds over 100 km/h, requiring PTZ units with pan/tilt speeds of at least 100°/s to 360°/s and acceleration up to 200°/s² to maintain lock during rapid overhead flyovers.
How does synchronized laser night vision assist counter-drone operations? +
Synchronized laser night vision (as featured on FTD-PTZH) projects an invisible 808nm/940nm near-infrared beam that zooms synchronously with the optical lens, illuminating the drone up to 1,000+ meters at night to visually verify carried contraband or weapon payloads.
Can Fengtaida counter-UAS camera systems trigger RF jammers or kinetic defense countermeasures? +
Yes. Our systems support automated target handoff over ONVIF Profile T, HTTP REST APIs, and hardware dry-contact relay outputs to automatically orient directional RF jammers, activate GNSS spoofers, or trigger emergency facility alarms upon verified airspace breach.
What mounting hardware and surge protections safeguard high-altitude counter-UAS masts? +
Masts and rooftop towers require heavy-gauge SUS304 stainless steel pole-mount brackets to prevent wind vibration jitter. All power, Ethernet, and serial lines incorporate multi-stage TVS 6000V lightning surge suppressors inside an IP66 enclosure connected to copper earth grounding rods.
Can Fengtaida provide customized OEM/ODM engineering for military and border counter-UAS applications? +
Yes. Fengtaida provides factory OEM/ODM engineering including custom ultra-long-range optical focal lengths (up to 1200mm), specialized cooled/uncooled thermal cores, military-standard connectors (MIL-STD), custom pan-tilt payload capacities up to 50kg, and custom C2 telemetry protocol integrations.
PROJECT ENQUIRY
Tell us what the airspace project needs to see.
Share the protected perimeter radius, primary radar/RF sensors, threat drone class, and command center integration requirements. Our engineering team will recommend a practical counter-UAS electro-optical architecture.
- Airspace coverage radius and threat profile.
- Radar/RF slew-to-cue and countermeasure integration.
- Product configuration and technical proposal review.
🛡️
Standard 2-Year Manufacturer Warranty
Full factory coverage on optics, motors & thermal sensors. View Policy →
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Open ONVIF Profile S/G/T/M Integration
Native compliance with Milestone, Genetec & Nx Witness. Integration Guide →
Inquiry received
Thank you — our counter-UAS engineering team will reply within 24 hours.