StarDL A-Serie 10 – Überwachungsradar für niedrige Flughöhen (SDL-A10)
The SDL A10 moving target surveillance radar employs a two-dimensional electronic scanning system, enabling all-day, all-weather detection and tracking of moving targets within its coverage area. It delivers high detection sensitivity, low false alarm rate, and excellent accuracy.
- Zweidimensionale elektronische Abtastarchitektur
- 8 km Erfassungsreichweite in geringer Höhe
- Hochpräzise Mehrzielverfolgung
- Einsatz bei jedem Wetter mit geringer Fehlalarmquote
Produktdetails
Produktübersicht
The SDL A10 radar is built on a two-dimensional electronic scanning system for low-altitude surveillance applications. It supports continuous 360° or sector coverage depending on configuration and is suitable for detecting UAVs, helicopters, vehicles, and personnel within an 8 km operational range.
Wichtige technische Daten
| Betriebsfrequenz | X-Band |
| Betriebsmodus | Two-Dimensional Electronic Scanning System |
| Sichtfeld in der Höhe | -2° ~ 45° |
| Horizontales Sichtfeld | 90° (Single-faced array) / 360° (Four-faced array) |
| Erfassungshöhe | 1500m |
| Reichweite | 8km |
| Erfassungsbereich | ≥5 km (small rotorcraft UAV, RCS=0.01 m², DJI Phantom 4) ≥8 km (medium fixed-wing UAV, RCS=1 m²) ≥8 km (personnel) ≥8 km (helicopter, vehicle) |
| Genauigkeit der Winkelmessung | Azimuth: ≤0.3° (RMS) Elevation: ≤0.3° (RMS) |
| Genauigkeit der Entfernungsmessung | 8m (RMS) |
| Toter Winkel | 150m |
Häufig gestellte Fragen
Häufig gestellte Fragen
- What is the main function of The SDL A10 radar?
- It is designed for low-altitude surveillance and moving target tracking, including UAVs, helicopters, vehicles, and personnel.
- What is the advantage of two-dimensional electronic scanning?
- It enables fast beam steering in both azimuth and elevation, improving tracking speed and system responsiveness without mechanical rotation.
- Welche Arten von Zielen kann es erkennen?
- It can detect small UAVs, fixed-wing drones, helicopters, vehicles, and personnel depending on radar cross-section and distance.
- Is the system suitable for continuous operation?
- Yes. It is designed for 24/7 all-weather operation with stable detection performance in complex environments.
- What is the typical application scenario?
- It is used in border security, airport protection, perimeter surveillance, and low-altitude airspace monitoring systems.
