Honda Electronic Transom Type TD-25 Transducer

The Honda Electronic Transom Type TD-25 Transducer serves as the critical link between the underwater environment and your bridge electronics.

Description

The Honda Electronic Transom Type TD-25 Transducer serves as the critical link between the underwater environment and your bridge electronics. By mounting directly to the transom, this sensor sits in “clean” water flow at the rear of the vessel, minimizing air bubble interference (cavitation) that often plagues inferior sensors. Its aerodynamic housing is specifically shaped to maintain a stable signal lock even when the boat is cruising at higher speeds.

Brand

Honda Electronics

Honda Electronics

HONDA ELECTRONICS has brought innovations to the world by introducing ultrasonic technologies since the release of the world-first transistor fishfinder in 1956. With originality in mind, HONDA ELECTRONICS also respects technologies in various fields and participates in many collaborative projects. This “Open Technology” policy shall lead us to make further contributions that will enhance human life.

Specifications

  • (50/200kHz) 
  • (small 3pin)
  • Cable Length : 8 meters

Features

  • Dual-Frequency Operation: Seamlessly switch between 50kHz for deep-water penetration and 200kHz for high-definition target separation.

  • Rugged Transom Mount: Includes a durable mounting bracket that allows for precise angle adjustments to match various hull designs.

  • High-Speed Stability: Optimized housing shape reduces turbulence, ensuring consistent sonar readings during high-speed transit.

Applications

  • Recreational & Sport Fishing: Accurate fish-finding in both coastal and freshwater environments.

  • Small to Mid-Sized Workboats: Reliable depth monitoring for vessels where thru-hull installation is not feasible.

  • Aluminum & Inflatable Vessels: The preferred choice for hull types that cannot accommodate bronze or thru-hull fittings.

  • Shallow Water Navigation: High-resolution 200kHz scanning for navigating reefs, sandbars, and narrow channels.