Side-by-side

DedroneSensors RF (RF-160 / RF-360) vs Radar layer — AN/TPS-80 G/ATOR + HAMMR

Spec comparison for two products on Aviation Souk. Both compete in Counter-UAS & Base Air Defence.

Cost of ownershipDedroneSensors RF (RF-160 / RF-360)Radar layer — AN/TPS-80 G/ATOR + HAMMR
Price tier
Lead time (weeks)?–??–?
Delivery
Install
GCC airports deployed00
Certifications00
Specs

Technical specifications.

SpecDedroneSensors RF (RF-160 / RF-360)Radar layer — AN/TPS-80 G/ATOR + HAMMR
Detection range (both models)Up to 5 km
RF-360 azimuth coverage360 °
RF-360 dimensions (W × D × H)300 × 300 × 405 mm
RF-360 weight7.0 kg
RF-360 ingress protectionIP65
RF-360 operating temperature−20 to +55 °C
ConnectivityIntegrated LTE + GPS (both models)
Regulatory statusPassive — no RF emission licence required
DeploymentCloud-ready; auto-connects to DedroneTracker.AI
G/ATOR frequency bandS-band (2–4 GHz)
G/ATOR antenna technologyGaN AESA
G/ATOR detection range>160 km (aerial targets)
G/ATOR coverage360° azimuth, 4D tracking
G/ATOR emplacement time~45 minutes
G/ATOR air transportSingle C-130 Hercules or 3× CH-53E
G/ATOR power60 kW generator (dedicated pallet)
HAMMR frequency bandX-band
HAMMR antenna technologyAESA (AN/APG-83 derivative)
HAMMR coverage360° on-the-move
HAMMR target classesGroup I and II UAS, rockets, artillery, mortars, aircraft
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