M.A.D.S will detect and identify an incoming drone threat within 5km.
Detect, identify and track in one solution
Threat Data Reporting
"Thanks to M.A.D.S we now have a more accurate understanding of the scale of drone activity over the Port of Amsterdam. We will now continue to move forward in managing drone activity in the future. Given the potential increase in drone use at a range of sensitive locations, these results are attracting international interest in MADS as a way of safeguarding our skies"Read Full Case Study
|OPTION 1||OPTION 2|
|Range||>5km line of sight, 360° x 180° coverage**||>Range: 1 to 1 ratio (Pilot to POI) at 360x180 degrees||Range: > 1 to 1 ratio (Pilot to POI) at 360x180 degrees|
|Operating Principle||Software controlled radio, digital signal protocol demodulation||Modular antenna demodulation||Three High Power RF Jamming directional|
|Frequency Band||Frequency hopping - 2.4Ghz, 5.8Ghz||2.4 Ghz, 5.8Ghz||1.5Ghz (optional) 2.4Ghz, 5.8Ghz|
|Frequency Protocol||Omnidirectional and directional||Mitigation 2.4Ghz, 5.8 Ghz and WiFi||Jamming 2.4 Ghz, 5.8 Ghz, WiFi|
|User Interface||LAN based/ Screen stand alone or on existing interface||Non-selectable manual 1 push 30 sec push and hold||Non-selectable manual 1 push 30 sec push and hold|
|Power Supply||100-240V AC, 70W||24-28V DC, 70W||28VDC 1.5 Ah|
|Temperature Range||-20C to +55C||-20C to 55C||-20C to 55C|
|Dimensions||70cm X 75cm diameter radome||70cm X 75cm diameter radome||50cm x 54cm or 43cm x 44cm diameter radome|
*Specifications only apply in stationary mode
**Up to 5km line of sight, sea states, radome positioning, geopositioning and ship surroundings can impact range effectiveness.
Subject to adjustments and software updates.