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Created with Pixso. WT-S3000 Spectrum Detection requency 0.1~6GHZ omnidirectional 360 degree Detection radius: 3 km

WT-S3000 Spectrum Detection requency 0.1~6GHZ omnidirectional 360 degree Detection radius: 3 km

Merknaam: wolvesteam
MOQ: 1 stuk
Prijs: negotiated price
Levertijd: 15 dagen
Betalingsvoorwaarden: L/C, T/T, Western Union
Detail Informatie
Plaats van herkomst:
China
Certificering:
CE
Detectiefrequentiebereik:
0.1~6 GHz
Hs-code:
8543709200
Vast:
bouw en draagbare bouw van driepoot
Opsporingsazimut: in alle richtingen:
360°
Detectiebereik:
3000 meter
Richtingsbepalingsnauwkeurigheid: ER:
< 3="">
Vast::
bouw en draagbare bouw van driepoot
Minimale kenmerken van de detectie-radiocontroller van UAS:
Unieke identificatie, positie
Verpakking Details:
Grootte (hoge lengte× wind ×): 960×400×230 mm
Levering vermogen:
1000pieces/montgh
Markeren:

anti drone jammer with 6GHz detection

,

omnidirectional drone detector 3km range

,

WT-S3000 spectrum detection anti drone

Productbeschrijving
WT-S3000 Spectrum Detection System
Advanced RF detection system operating at 0.1-6GHz frequency range with 360-degree omnidirectional coverage and 3 km detection radius.
Core Functionalities
  • Passive RF Detection: Detects UAS (Unmanned Aerial Systems) and remote controls without emitting electromagnetic radiation that could affect the surrounding environment
  • Object Classification: Distinguishes common commercial UAS systems through advanced signal analysis
  • Whitelist/Blacklist Functionality: Categorizes and stores UAV systems to recognize mission-specific, cooperative, hostile, or non-cooperative systems
  • Mobility: Transportable in HPRC trolley or similar mobile solutions
  • ATM Integration: Integrable with multi-sensor platforms and Air Traffic Management systems through ASTERIX protocol
Technical Specifications
Detection Frequency Range: 0.1-6 GHz
Detection Azimuth: Omnidirectional 360°
Direction Finding Accuracy: < 3° RMS
Installation Options: Fixed erection and portable tripod erection
Detection Radius: 3 km
Minimum Performance Requirements

The technical proposal must meet minimum performance standards for all system subcomponents. Supporting documentation may include:

  • Component datasheets
  • Reports of numerical simulations with state-of-the-art algorithms and favorable weather conditions
  • Reports of tests conducted in operational environments