Honda Electronic Wideband Transducer Type TD380 3kW

The Honda Electronic Wideband Transducer Type TD380 3kW represents a revolutionary leap in wideband sonar performance.

Description

The Honda Electronic Wideband Transducer Type TD380 3kW represents a revolutionary leap in wideband sonar performance. While standard transducers operate on fixed frequencies, the TD380 utilizes sophisticated wideband technology to sweep across a broad frequency spectrum. This continuous frequency sweep—known as CHIRP—collects significantly more data per pulse, allowing the connected echo sounder to distinguish targets with surgical precision, even at depths exceeding 2,000 meters.

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

  • 3kW 38-70kHz
  • 1kW 130-220kHz
  • (5pin)
  • 100 x 290 x 148 mm
  • Cable Length : 15 meters

Features

  • Ultra-High 3kW Output: Provides the maximum acoustic energy for extreme depth penetration and signal stability in deep-sea environments.

  • Next-Gen Wideband Technology: Offers frequency-sweeping capabilities for much higher target resolution and detail than conventional single-frequency units.

  • Unrivaled Target Separation: Engineered to distinguish individual targets within dense schools and clarify structures in high-clutter zones.

Applications

  • Industrial Deep-Sea Fishing: Specialized for large-scale trawlers and seiners tracking high-value species in oceanic trenches.

  • Deep-Water Hydrographic Surveys: Delivering massive power for ultra-detailed bathymetric mapping and geological research.

  • Deep-Sea Mineral Exploration: Accurate seabed structure analysis at extreme depths for industrial research.