Upgrade your kayak or boat sonar with the Humminbird XTM-9-HW-MDI-T Transducer W/ Temp, a high-performance trolling motor transducer built for serious anglers who demand MEGA imaging, crystal-clear down imaging, and rock-solid reliability. Designed to pair with the HELIX CHIRP G3N series and MEGA DI/MEGA SI+ displays, this transducer delivers professional-level clarity and depth, right from your trolling motor.

• MEGA Imaging + Dual Spectrum CHIRP – Enjoy mega detail with Dual Spectrum CHIRP 2D sonar across a broad frequency range: Full 150–220 kHz, Narrow 180–240 kHz, and Wide 140–200 kHz for exceptional target separation and fish arches in any conditions.
• Deep, Powerful Scanning – Dual Spectrum CHIRP max depth up to 1200 ft (365 m) ensures you can reach deep structures and offshore hotspots with confidence.
• MEGA Down Imaging Frequencies – Three MEGA down imaging options:
  • 455 kHz: 440–500 kHz, up to 400 ft (122 m)
  • 800 kHz: 790–850 kHz, up to 125 ft (38 m)
  • MEGA DI+: 1075–1150 kHz, up to 200 ft (61 m)
• MEGA Imaging+ and DI+ Compatibility – Supports MEGA Imaging+/800 kHz/455 kHz and Dual Spectrum CHIRP 2D sonar, delivering screen-filling clarity in every waypoint.
• Rugged, Ready for the Water – Built with a durable composite housing ready to withstand the elements, plus trolling motor mounting hardware for quick, secure installation.
• All-In-One Package – Includes a 20' cable for flexible rigging and a built-in temperature sensor to monitor water temps, helping you time bites and read fish behavior more accurately.
• Compatibility – Designed for HELIX 8, HELIX 9, HELIX 10, and HELIX 12 CHIRP G3N Series MEGA DI and MEGA SI+ displays, ensuring a seamless upgrade path for existing Humminbird systems.

Whether you’re anchoring offshore, trolling, or scanning structure, the Humminbird XTM-9-HW-MDI-T Transducer with Temp delivers unmatched imaging, precise depth performance, and reliable operation from your trolling motor. Elevate your sonar game with sharper targets, clearer imagery, and smarter fishing decisions.