About AP-FLYER
Transcript of About AP-FLYER
About AP-FLYER • Company established in 2007
• Initially we were aviation company; over time, we started to expand our business on new technologies, integration of information and telecommunication systems etc.
• Presently the main business areas are:
✓ EMC
✓ Drone detection
✓ Mobile systems
✓ Biometrics
✓ Test equipment
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The MADDOS System
Multi-sensor Automatic Drone Detection & Observation System
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MADDOS Drone Detection SystemDetect – Locate – Neutralize Drone Threats
✓ Detects/Tracks any type of UAV✓ Real-time remote controllable✓ Extremely high detection range of up to 50 km✓ Locates drones/drone swarms and their
operators✓ Technology readiness level 9
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MADDOS – Installations Worldwide
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Hundreds of installations done!
CUSTOMER GROUPS
✓ Military & Police forces (ground & air)
✓ Convoys
✓ Airports
✓ Power plants
✓ VIP security services
✓ Border patrols
✓ Government buildings
(e.g. embassies, correctional facilities)
✓ Events
(concerts, political events, sport events etc.)
✓ Seaports / marinas
✓ Private properties
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MADDOS DDS can be used
anywhere
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The drone detection system can be used wherever protection is needed:✓ commercial/industrial areas
✓ governmental buildings
✓ strategic areas
✓ state borders
✓ airports
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MADDOS DDS must be used in some places
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MADDOS DDS must be used in some places
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Passenger plane Boeing 737 struck and damaged by
drone on landing (Tijuana, Mexico)
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Drones can be more than just a nuisance
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Drone sales statistics Effects of the collision of the drone with the aircraft wing (383 km/h)
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TECHNOLOGY & INNOVATION
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MADDOS RF
MADDOS DF
MADDOS ASI
MADDOS RADAR
MADDOS CAM
MADDOS AIR
RF Detection, Identyfication, Tracking
RF DetectionUltra wideband & real-time monitoring of multiple targets
✓ Works with unlimited number of drones at the same time✓ Detects any RF-device (drones, remote control or any RF-Transmitter)✓ Scalable system that can be customized to the requirements and budget✓ Identification of drone type (e.g. DJI Phantom 4)✓ Can detect the drone operator‘s location
MADDOS RF
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RF Directional FindingTrack & detect any signal of interest at any frequency
✓ Same time multiple target detection✓ Same time multi frequency detection✓ Tracks any type of signal (even short pulsed emissions)✓ Up to 1° tracking accuracy incl. elevation✓ Signal localisation (GPS & height) with 2 or more
systems
MADDOS DF
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Automatic Signal IdentificationClassifies the entire spectrum with latest AI technology
✓ Classifies any signal and type✓ Ultra high scan rate (1 THz/s – 48 THz/s)✓ AI signal classification✓ Customer database support✓ 24/7 unlimited recording and playback
MADDOS ASI
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MADDOS - Drone Localization
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RADAR
• 4D AESA pulse Doppler radar • Combat proven, TRL-9, at the heart of mobile SHORAD/C-UAS operational systems• Superior performance against lowsignature targets (RCS, Velocity, Altitude)• Multi-Mission – “one radar does itall”• Automated operation through advancedsignal processing and algorithms• Complete Dynamic Air Situational Picture(ASP) while mounted on a tactical vehicle or
vessel• Handles hundreds of targets through Track While Search (TWS) and Revisit modes• In-depth analysis of Doppler and other target features – 4D• SWaP-C superiority, unprecedented affordability• Active Electronically Scanned Array (AESA) antenna, GaNamplifiers• Software-defined, digital, with adaptive beam forming• Hemispheric search and track when four radars are employed as a system• Extremely fast volume coverage• Wide range of threatvelocities• Standard and common interfaces• Electronic Counter Countermeasures (ECCM)
MHR - Multi-Mission Hemispheric Radar
MADDOS RADAR - Multi-sensor Automatic Drone
Detection and Observation System
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MHR - Maximum Detection Ranges
MADDOS RADAR - Multi-sensor Automatic Drone
Detection and Observation System
Type of Threat Typical RCS MHR
m2 km
Nano UAV 0,005 5
Mini UAV 0,1 10
Medium-Size UAV 2 23
Light Transport Aircraft 20 40
Fighter – Regular 10 34
Fighter – Low RCS 1 19
Helicopter 2 23
Direct-Attack Rocket/Missile 0,02 7
Light/Medium Mortar 0,005 5
Heavy Mortar 0,01 6
Rocket 0,005 5,1
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MHR - Specifications
MADDOS RADAR
Front View Rear View
Spatial Coverage Single radar: 90° Az, 90°El
Four radars installation: Full hemisphere
Interfaces Ethernet, I/O Discrete, RS-422,RS-232
Interface Protocols FAAD, ASTERIX, Customer-tailored
Input Power 28 VDC (per MIL-STD-1275E)
Power Consumption 320 Waverage
Dimensions Diameter: 50 cm, Depth: 20 cm
Weight 29 kg
Operation Temperatures -40° to +55°C
Cooling Method Passive only
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MADDOS RADAR
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MADDOS RADAR
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MADDOS RADAR
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Classification range
Maximum detection range
Drone tracking
• 4D AESA pulse Doppler radar • Combat proven, TRL-9, at the heart of mobile SHORAD/C-UAS operational systems• Superior performance against lowsignature targets (RCS, Velocity, Altitude)• Multi-Mission – “one radar does itall”• Automated operation through advancedsignal processing and algorithms• Complete Dynamic Air Situational Picture(ASP) while mounted on a tactical vehicle
or vessel• Handles hundreds of targets through Track While Search (TWS) and Revisit
modes• In-depth analysis of Doppler and other target features – 4D• SWaP-C superiority, unprecedented affordability• Active Electronically Scanned Array (AESA) antenna, GaN amplifiers• Software-defined, digital, with adaptive beam forming• Hemispheric search and track when four radars are employed as a system• Extremely fast volume coverage• Wide range of threat velocities• Standard and common interfaces• Electronic Counter Countermeasures (ECCM)
ieMHR - improved & enhanced Multi-Mission Hemispheric Radar
MADDOS RADAR - Multi-sensor Automatic Drone Detection
and Observation System
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ieMHR - Maximum Detection Ranges
MADDOS RADAR - Multi-sensor Automatic Drone
Detection and Observation System
Type of Threat Typical RCS ieMHR
m2 km
Nano UAV 0,005 10
Mini UAV 0,1 21
Medium-Size UAV 2 44
Light Transport Aircraft 20 79
Fighter – Regular 10 67
Fighter – Low RCS 1 37
Helicopter 2 44
Direct-Attack Rocket/Missile 0,02 14
Light/Medium Mortar 0,005 10
Heavy Mortar 0,01 12
Rocket 0,005 10
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ieMHR - Specifications
Front View Rear View
Spatial Coverage Single radar: 90° Az, 90°El
Four radars installation: Fullhemisphere
Interfaces Ethernet, I/O Discrete, RS-422,RS-232
Interface Protocols FAAD, ASTERIX, Customer-tailored
Input Power 28 VDC (per MIL-STD-1275E) /110/220VAC
Power Consumption 790 Waverage
Dimensions 79 cm
Weigh 58 kg
Operation Temperatures -40° to +55° C
Cooling Method Passive only
MADDOS RADAR - Multi-sensor Automatic Drone
Detection and Observation System
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MHR/ieMHR complies with the following standards
MADDOS RADAR - Multi-sensor Automatic Drone
Detection and Observation System
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MIL-STD 810G:
Test Method Description of of the Test Method 500.6 Procedure II Low Pressure
501.6 Procedure I High Temperature Storage
501.6 Procedure II High Temperature Operation
502.6 Procedures I & II Low Temperature
505.6 Procedure I Solar Radiation
506.6 Procedure I Blowing Rain
507.6 Procedure II Humidity
509.6 Salt Fog
510.6 Procedure I Blowing Dust Retest
510.6 Procedure II Blowing Sand
514.6 Procedure I Random Vibration
516.6 Procedure I Shock Response Spectrum (SRS) Vibration
MHR/ieMHR complies with the following standards
MADDOS RADAR - Multi-sensor Automatic Drone
Detection and Observation System
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MIL-STD 810F:
Test Method Description of of the Test Method CE102 Conducted Emission, 10kHz-10MHz, power leads
CS101 Conducted Susceptibility, 30Hz-150kHz, power leads
CS114 Conducted Susceptibility, 10kHz-200MHz, power leads & Signals
CS115 Conducted Susceptibility, Impulse Excitation, power leads & Signals
CS116 Damped Sinusoidal Transients, 10kHz-100MHz, power leads & Signals
RE102 Radiated Emission, Electric Field, 10KHz-18GHz
RS103 Radiated Susceptibility, 2MHz –18GHz 50V/m. Single antenna testing location.
• MTBF – what is average time of operating until first fault / failure The MTBF of MHR / ieMHR is Over 15,500.
• Do you have a typical maintenance procedure / self-test procedure?The system uses a BIT mechanism that verifies the serviceability of the system. BIT is running automatically at system start-up and continuously during system operation.
• What is the cost of warranty extension eg up to 2 or 3 years?It’s depending on the project scope and performance expected – what is the platform andmission profile?
• Do you have knowledge, experience – how big impact is generated by fog/rain –for the range and the high temperature?The MHR / ieMHR radar located in many places around the world and working properly 24/7under challenging and extremely environmental conditions. The fog and rain don’t impact on operational system, it is a static system. Nothing isrotating. The S band contribute the best conditions operating under certain weather conditions. Having an impact over performance is a matter of several additional scenarios and parameters like rain regularity, wind, target altitude, speed etc…
MHR/ieMHR typical Q & A
MADDOS RADAR - Multi-sensor Automatic Drone
Detection and Observation System
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FLIR Ranger® R8SS-3D FEATURES
MADDOS RADAR - Multi-sensor Automatic Drone Detection
and Observation System
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FULL PERIMETER PROTECTIONWide 45° beam elevation provides complete hemispherical detection of virtually every land and aerial target, including micro UAS. With the pan/tilt mount, the R8SS-3D covers 360°.
TARGET CLASSIFICATIONR8SS-3D mitigates bird false alarms and informs the operator if the target is a person, vehicle, UAS, bird, or unknown.
INTEGRATION WITH OTHER SENSORSR8SS-3D reports target elevation and automatically points cameras and countermeasures to target.
FAST, ACCURATE THREAT DETECTIONR8SS-3D quickly detects one or up to 512 ground and airborne threats simultaneously while accurately displaying each target’s location and elevation – whether it’s alone or part of a drone swarm.
MAN PORTABLER8SS-3D can be transported in a backpack of a dismounted soldier and draws only 135W giving it extreme deployment flexibility.
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FLIR Ranger® R8SS-3D SPECIFICATION
MADDOS RADAR - Multi-sensor Automatic Drone
Detection and Observation System
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Instrumented range: 7,800 mDetection Range: Person: 3.0 kmLight Vehicle: 6.5 kmLarge Vehicle: 7.8 kmMiniUAS: 2.2 – 2.5 kmSmall UAS: 4.0 kmScan sector: ± 45° (fixed) - 360° with P/TVertical coverage: ≥ 40°Number of simultaneously displayed tracks: Up to 512Electronic scan rate: 2 Hz or 4 HzMinimum Detection Velocity (MDV): < 0.1 m/s
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FLIR Ranger® R8SS-3D SPECIFICATION – cont.
MADDOS RADAR
Accuracy
Range Accuracy: ± 3 mAngular Accuracy (azimuth): < 0.8 degreeAngular Accuracy (elevation): < 3 degreesPower
Power consumption: 135 W nominalOperating voltage: 20 - 48 VDCOverview
Size (in) : 14.7” x 14.4” x 4.3” (37 x 36 x 11 cm)Weight: ≤ 23.1 lbs (10.5 kg)Operating frequency: X-BandConnectivity: EthernetEnvironmental: MIL-STD-461F, IP67,MIL-STD-810G, FCC/CEOther Features
Built-in GPS: YesBuilt-in compass: Yes
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CAMERA
Integrated PTZ Camera
MADDOS CAM
Drone Verification via Camera
✓ Detection verification through single or multiple cameras✓ Day/Night 360° auto target tracking✓ PTZ
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MADDOS CAM
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Camera for Long Range (≈3km)
Sub-assembly
Sensor 1/1.8" Progressive Scan CMOS
Color: 0,005 Lux @ (F3.5, AGC ON)
B/W: 0,0005 Lux @ (F3.5, AGC ON)
Focal Lenght 12,5 - 775 mm, 62 x
Field of View 31,5° x 23,9° to 0,51° x 0,39° (Wide-Tele)
Aperture Range F3.5 to Close
Focus Mode Auto / Semiautomatic / Manual
WDR Digital
Field of View Wide: 13,8° x 11° , TELE: 3,46° x 2,77°
Image format 16:09
Optical day camera
Min. Illumination
MADDOS CAM
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Camera for Long Range (≈3km)
Sub-assembly CAMIR product range
Sensor Vanadium Ocide Uncooled Focal Plane Arrays
FPA Format 640 x 512 pixels
Pitch 17 µm
Response waveband 8 to 14 µm
NETD <40mk (@25° C, F#=1,0)
Focus control Auto / Manual
Lens (focal lenght) 45 to 255 mm
MRAD 0,38 to 0,09 mrad
Field of View Wide: 13,8° x 11° , TELE: 3,46° x 2,77°
Uncooled thermal camera
MADDOS CAM
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Camera PTZ
Movement Range Pan: 360° Continuous Rotate; Tilt: From -45° to +45° (auto flip)
Pan Speed Configurable, From 0,01°/s to 40°/s
Tilt Speed Configurable, From 0,01°/s to 20°/s
Proportional Zoom Yes
Presets 300
Patrol Scan 8, Up to 32 Presets Per Patrol
Pattern Scan Auto / Semiautomatic / Manual
PT Status Turn On/Turn Off
Network - Main Stream
Optical Light: 50Hz:25fps(1920x1080), 25fps(1280x960), 25fps(1280x720)
Optical Light: 60Hz:30fps(1920x1080), 30fps(1280x960), 30fps(1280x720)
Thermal: 50fps (640x512)
PTZ
MADDOS CAM
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Camera for Extra Long Range (≈3km)
Sub-assembly CAMEZOOM- FHD/Z64-1030
Sensor Progressive CMOS sensor – Approx 2.1 Mpixels
Resolution 1920 x 1080
Minimum Illumination Color: 0.2 lux (sensor)
Sensitivity B/W 0.01 lux @30IRE
Continuous Zoom Optical 64x / Digital 4x
Focus control Auto / Manual
Maxi Aperture F/2.8 @WFOV
@ max FOV: 18.7° x 10.6° i.e. 330 x 185m @1000m
@ min FOV: 0.29° x 0.16° i.e. 5.1 x 2.85m @1000m
Image format 16:09
Field Of View (H x V)
Full HD (FHD) day camera: CAMEZOOM- FHD/Z64-1030
MADDOS CAM
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Camera for Extra Long Range (≈3km)
HD Cooled thermal camera: CAMIR-HD/Z20-690Sub-assembly CAMIR-HD product range
Sensor Cooled, snapshot FPA
FPA Format 1280 x 720 pixels
Pitch 10 µm
Spectral Band 3 to 5 µm
Focus control Auto / Manual
optical zoom20x continuous optical zoomF= 35 to 690 mm, F/4 Horizontal Field Of View from 20.7° to 1.06°
0 2000 4000 6000 8000 10000 12000 14000
Detection, in green: 1 line pair
Recognition, in blue: 3 line pairs
Identification, in red: 6 line pairs
Micro-drone target 0.5m x 0.3m
MADDOS CAM
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Camera for Extra Long Range (≈5km)
HD Cooled thermal camera: CAMIR-HD/Z20-900Sub-assembly CAMIR-HD product range
Sensor Cooled, snapshot FPA
FPA Format 1280 x 720 pixels
Pitch 10 µm
Spectral Band 3 to 5 µm
Focus control Auto / Manual
optical zoom20x continuous optical zoomF= 55 to 900 mm, F/4 Horizontal Field Of View from 16.2° to 0.81°
0 2000 4000 6000 8000 10000 12000 14000
Detection, in green: 1 line pair
Recognition, in blue: 3 line pairs
Identification, in red: 6 line pairs
Micro-drone target 0.5m x 0.3m
MADDOS CAM
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Camera for Extra Long Range
Sub-assembly XVZL420 XVZL430
Eye Safety
Wavelength
Range capability 12 000 m maximum 8 000 m maximum
(reflectivity 60%)
Range performance on NATO Target
(reflectivity 30%)7 000 m 5 500 m
Accuracy (80% of the range) 1 m (+/- 3 σ) +/- 3 m to +/- 5m (1 σ)
Divergence 0.3 mrad 0.4 mrad x 0.7 mrad (H x V)
Multiple targets 3 2
Target Discrimination 25 m < 50 m
Measurement rate 5 Hz 0.3 Hz to 1 Hz
DMC Option
GPS Option
Export classification Under exportation license License Free
Azimuth accuracy <0.5° / Tilt repeatability <0.05°
Position accuracy: 2.5m CEP
Laser Range Finder (LRF)
Class 1, EN60825-1 Standard
1 550 nm
MADDOS CAM
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Air Traffic AwearnessShows all air traffic within hundreds of km in 3D!
✓ MADDOS Air Traffic Awearness detects all aircrafts, ballons, kites etc. within hundreds of kilometers. *
✓ Shows all air traffic data in real time and 3D✓ Flight path monitoring & alarm function* If equipped with transponder
MADDOS AIR
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Monitoring/Software
Command Center
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The MADDOS SoftwareSOFTWARE IS THE KEY!!!
✓ No operator required, simple and easy-to-use GUI for DDS✓ 24/7 monitoring and recording✓ Steady development and new feature integration✓ Always upgrading and updating existing installations
(daily beta updates and quarterly new releases)✓ Scalable software able to handle complex multiple site systems
(countrywide solutions)✓ Flexible in integrating 3rd party software and hardware
Monitoring
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Triangulation at it´s best in 3DAccurate triangulation with multiple antennas
✓ Detection & tracking by integrated 360° DOME 3D direction finding antenna
✓ Only RF-System in the market that can deliver drone height information
✓ Locate the position (GPS coordinates & height) not only the direction of the drone and/or operator
3D Triangulation
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Same time 2D Top-down & 3D View
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3D ViewOur unique 3D view shows the terrain & the drone’s flight path in 3D. In addition, the 3D space makes it easier to realize the distances between different objects on the map. Multiple 3D alarm zones offer a unique experience for object protection.
2D Top-down ViewThe most commonly used target & map visualization is our top-down 2D perspective. It is clearly structured, easy to understand and navigate, thus very similar to map solutions offering satellite images.
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Advanced 3D Model View
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3D View with 3D ModelsThe 3D view is able to integrate 3D models from complex areas (e.g. cities, airports etc.). This very realistic view greatly improves the usability of the MADDOS drone detection system.
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Monitored Areas
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Counter-Measure
Jamming Principle
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GPS
Jammer
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Interdiction Methods against Drones
Jammer is the most cost effective
Kinetics defeat
* Requirements & Capability
* Solution
Requirements, ROE, End state
Jamming (RF, GNSS, or Both) 96
Net 18
Spoofing 12
Laser 12
Machine Gun 3
Electromagnetic Pulse 2
Water Projector 1
Sacrificial Collision Drone 1
Other 6
C-UAS INTERDICTION METHODS
Interdiction EffectivenessNo interdiction system, it appears, is 100 percent effective.
Following a five day counter-drone exercise in 2017 in
which a variety of established defence firms and startups
tested their counter-drone products on drones operating
at a distance of roughly 200 meters, the Joint Improvised-
Threat Defeat Organization, which organized the event,
reported that the drones were, in general, “very resilient
against damage” and concluded that most of the C-UAS
systems needed further development. In real operations,
too, counter-drone systems have failed to perform; even
though at least eight C-UAS systems were reportedly used
during the 2016 Rio Olympics, several drones were spotted
near and over events, including the opening ceremony.
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The new MADDOS ALL Frequency JammerHighly effective drone control without frequency limitation
✓ Extremely high jamming range of up to 8 km (higher range on request)✓ Covers ALL drones within frequency range✓ Fully programmable frequency range & bands✓ Up to 360° (8 Sectors) ALL frequency directional jammer✓ Targeted jamming (automatic or by operator)✓ Complex trigger alarms (e.g. SMS, audio alert, 3rd party hardware…)✓ Directional and/or omnidirectional antenna
MADDOS JAMMER V6
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Handheld-6 Drone C-UAS
✓ Range: ~1,2 – 1,5 km
✓ Frequency: Selectable 6 bands RF (433 MHz, 868 MHz
or 915 MHz, GNSS/GPS L 1, GNSS/ GPS L2, 2,4 GHz, 5,8 GHz)
✓ Weight: <6 kg
✓ Features: Digital Display
✓ Safety: Radiation Hazard Certified
MADDOS JAMMER
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Manpack-6 Drone C-UAS
✓ Directional : 1.5~2,5KM
✓ All Round : 1000M Against Multiple Drones
✓ Frequency : 6 or more bands (433 MHz, 868 MHz or 915 MHz, GNSS/GPS L1, GNSS/GPS L2, 2,4 GHz, 5,8 GHz)
✓ Power : 2 hr using Battery. Unlimited duration using AC
✓ Weight : ~13 Kg
✓ Safety : Radiation Hazard Certified
MADDOS JAMMER
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MADDOS JAMMER
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Effective Range ~ 3.5 to 5km
Angle of Coverage Pan & Tilt: Horizontal 3600, Vertical 900
Static: Horizontal ~900, Vertical ~900
Frequency Coverage & Power 6 frequency bands: 420-450MHz, 902-928 MHz, 1180-1280 MHz
GNSS L2, 1559-1610MHz GNSS L1, 2400-2500MHz, 5725-5875MHz
Each frequency module band is ~20 to 40W
Control Software IP Configuration
BIT, Startup test & status monitoring
Selectable band, duration setting & auto/manual activation
Integrated with C2
Safety Qualification RADHAZ safety certified against human, fuel and ordnance
Weight & Dimension Disruptor: 30kg, Rotator: 17kg, Junction box: 13 kg
Tripod: 18kg, Extender: 6kg
W50x L70x H80cm Disruptor including rotator
Full height ~2m
Environmental IP65
Power Supply AC with option to use external battery. Power consumption is 600w
PAN & TILT Drone C-UAS
MADDOS JAMMER
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SECTOR Drone C-UASEffective Range &
Angle of coverage4 sectors with 4 antennas,425W (range up to 6km) or1500W (range up to 12km)
Frequency Coverage & Power Typical bands:
420-450MHz,
868-928 MHz,
1180-1280 MHz GNSS L2,
1559-1610MHz GNSS L1,
2400-2500MHz,
5725-5875MHz
Can be upgrade to include 4G/5G
Control Software IP Configuration
BIT, Startup test & status monitoring
Selectable band, duration setting, & auto/manual activation, integrated
with C2
Mobile Manpack JammerAutomatic Corner or
Pan&Tilt Jammer (180°)
Automatic Omni-Jammer (360°)
✓ Omni- and directional antenna,✓ Covers up to 6 bands,✓ Range up to 2,5 km
✓ 2 sectors with 2 antennas,
✓ Pan & Tilt✓ Covers ALL bands,✓ 180 -225 W (range up to 3 km) ✓ 650 W (up to 6 km) output
✓ 8 sectors with 8 antennas,✓ Covers ALL bands,✓ 360 W (range up to 3 km) or✓ 1300 W (up to 8 km) output
Mini UAV Jammer
✓ Covers up to 6 bands,✓ Range of > 1 km
MADDOS JAMMER Versions
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Drone Interception SystemToC (TAKE oVER CONTROL)
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The availability of affordable
commercial drones with
advanced offensive
capabilities
Creates life threateningsituations
MADDOS ToC (TAKE Over CONTROL)
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The premier cyber counter-drone platform.
Designed to automatically detect, take over
and safely land unauthorized commercial
drones in a designated zone.
PROTECT YOUR SKIES
MADDOS ToC
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MADDOS ToC PLATFORM
CONTROLAutomatically take over and safely
land in predefined landing zone
PREVENT
Deny take-off within a protected
area
DETECT24/7 real-time monitoring
IDENTIFYAccurate locations, Inc
height, speed
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An autonomous end to end platform
Operates automatically according
to pre-defined parameters.
Real-time decision making is
not required.
MADDOS ToC
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MADDOS ToC MAIN BENEFITS
Urban friendly solution
NON JAMMING
No impact on wireless communication and GPS signals
NON KINETIC
Surgical, no collateral damage
NON LINE OF SIGHT
Suited to dense urban environments
FRIEND-FOE
Selective, pinpoints roguedrones
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MADDOS ToC ADVANCED CYBER CAPABILITIES
Real-time data extraction
Multiple drones detection & mitigation
Supports wide coverage of the consumer drone market
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MADDOS ToC SENSORS
Easily installed in any site
Connects to existing infrastructure
Effective range: up to 4 km
Water/dust resistance
FCC, CE, CB Compliant
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MADDOS ToC C2 DASHBOARD
Easily-defined geofence definition
Whitelist for authorized drones
Reporting capabilities
Real-time alerts
Multi sensor display
Mobile Solutions
Rugged Laptop Drone Detector and RF-Monitoring (XFR)
High Mobile XFR
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✓ Mobile, self-sustaining and remote-controllable
✓ 5 ft container measuring 2200 x 1600 x 2445
✓ Solid construction in corrugated steel sheet metal✓ Tripod with three-point mounting and crank
✓ Custom diesel generator
✓ Separate battery, maintenance-free for generator
✓ 2 photovoltaic modules – 285 W
✓ 3G/4G or Optical-fiber connectivity or Point-to-point microwave
✓ Satellite connectivity (in more than 190 countries)
✓ Complete MADDOS Drone Detection System
Portable Container
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Mobile Command CenterInclude complete DDS
✓ Container Solution to be fitted to a vehicle✓ Complete mobile Command Center✓ Complete MADDOS DDS
Shelter
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Mobile Command CenterInclude complete DDS
✓ Container Solution to be fitted to a vehicle✓ Complete mobile Command Center✓ Complete MADDOS DDS
Shelter
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Shelter
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Shelter
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Vehicles (examples)
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Vehicles (examples)
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Vehicles (examples)
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MADDOS presentation video
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References
MADDOS DDS protected NATO summit 2018MADDOS drone detection system was the exclusive RF-based counter-UAV solution protecting the 2018 NATO summit in Brussels.
NATO summit 2018
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The meeting of Donald Trump and Kim Yong Un8x MADDOS drone detection systems have monitored 24/7 the historical Trump Kim summit in Singapore!
Meeting of Donald Trump and Kim Yong Un
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Muscat International Airport in OMAN uses MADDOS DDSThe Government of Oman has approved MADDOS DDS as the appropriate solution for drone detection at Muscat International Airport.
Muscat International Airport
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Heathrow International Airport uses MADDOS DDS!This installation uses our latest 3D model feature for the complete airport (including buildings, bridges, etc.).
Heathrow International Airport
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Singapore International Airport uses MADDOS DDS!Singapore Changi International Airport uses the MADDOS Drone Detection System.
Singapore International Airport
Slide 87 of 51www.maddos.pl