LDSK-TZ-40D

Portable Drone Detector
January 06, 2026
Brief: See the journey from feature description to real application in this concise overview. Watch as we demonstrate the LDSK-TZ-40D handheld drone detector in action, showcasing its spectrum scanning and identification capabilities across a 70MHz-6.2GHz frequency range. Learn how this portable device effectively detects and identifies various drone types, including DJI, Autel, and FPV models, in complex electromagnetic environments.
Related Product Features:
  • Dual-mode detection allows switching between spectrum scanning and key frequency band feature matching.
  • Accurately identifies DJI, Autel, Hubsan, and other mainstream drones plus FPV and DIY models.
  • Wide detection coverage from 70MHz to 6.2GHz with 8-12 key detection frequency bands.
  • Super early-warning capability for FPV drones using unique baseband signal analysis technology.
  • Low false alarm rate achieved through spectrum signal detection and feature analysis comparison.
  • Portable handheld design with integrated reconnaissance, display, and control functions.
  • Features sound, light, and vibration alarms for effective drone detection alerts.
  • 1+N working mode with team collaboration capabilities through connected watch systems.
FAQs:
  • What types of drones can the LDSK-TZ-40D detector identify?
    The device accurately identifies quad-rotor, fixed-wing, DIY, FPV drones and mainstream models from DJI, Autel, Hubsan in complex electromagnetic environments.
  • How does the dual-mode detection feature work?
    The detector switches between spectrum scanning detection and key frequency band feature matching detection to provide comprehensive drone identification capabilities.
  • What makes this drone detector effective against FPV drones?
    It uses unique baseband signal analysis and identification technology to quickly detect all types of DIY and FPV drones with super early-warning capabilities.
  • How does the device maintain a low false alarm rate?
    Through spectrum signal detection technology that integrates frequency scanning with feature analysis and comparison, reducing false alarms even in complex electromagnetic environments.