Skip to product information
1 of 1
1 product view Open images for a closer look Compare photos with product details

Raymarine

Raymarine B265LH 1kW Bronze Thru-Hull CHIRP Transducer with Temp

Raymarine B265LH 1kW Bronze Thru-Hull CHIRP Transducer with Temp

SKUCT-102309

Regular price $2,102.57
Regular price Sale price $2,102.57
Sale Sold out
Shipping calculated at checkout.
Shipping rewards at $100 U.S. orders of $100 or more get free standard shipping, plus $10 off Expedited and Overnight.

Out of stock

Quantity
Use the Tug & Tow SKUInclude this SKU when you contact us about fit, availability, or reorders.
Delivery shown at checkoutShipping options, final costs, and delivery estimates appear before payment.
Check fit before orderingReview dimensions, part numbers, model details, and compatibility notes.
Confirm the details before checkoutFit can depend on your boat, RV, trailer, vehicle, or equipment. Contact us before ordering if compatibility is critical.Ask a product question

Product details

Review the details before ordering.

Unleash superior underwater visibility with the Raymarine B265LH 1kW Bronze Thru-Hull CHIRP Transducer, Part Number A80010. Engineered for serious coastal and offshore fishing, this powerhouse transducer delivers exceptional clarity and target separation across the entire water column. Its dual-channel CHIRP technology penetrates deep waters while providing micro-detail in shallower ranges, allowing you to locate baitfish, game fish, and bottom structures with remarkable precision. Upgrade your sonar system today and fish with unparalleled confidence.

In the Box:

  • Raymarine B265LH 1kW Bronze Thru-Hull Transducer (A80010)
  • High-Performance Fairing Block
  • 10m (33ft) Cable
  • Mounting Hardware

Key Benefits & Specifications:

  • Dual-Channel CHIRP Sonar: Operates across a wide spectrum of frequencies, combining a low-frequency array (42-65 kHz) for deep-water detection (up to 3,000 ft/914m) and a high-frequency array (130-210 kHz) for crisp, high-resolution detail and target separation in shallower depths (up to 1,000 ft/304m).
  • Powerful 1kW Output: Delivers robust signal return for excellent deep-water performance and fish finding even in challenging sea conditions.
  • Durable Bronze Construction: Features a corrosion-resistant bronze housing designed for permanent thru-hull installation on fiberglass or wooden hulls, ensuring long-lasting reliability in marine environments.
  • Integrated Temperature Sensor: Provides fast-response water temperature readings, a crucial tool for identifying thermoclines and favorable fishing zones.
  • High-Performance Fairing Block: Includes a custom-fit fairing to optimize water flow across the transducer face, maintaining clear sonar readings and broadband performance at speeds exceeding 30 knots.
  • Wide Deadrise Angle Compatibility: Designed for thru-hull mounting on hulls with a deadrise angle of 0° to 20° with the included fairing block.
  • Eight Internal Ceramics: Ensures strong, consistent CHIRP return signals for enhanced detail and accuracy.

Compatibility & Pairings:

The B265LH is fitted with an 11-pin CHIRP connector for direct integration with Raymarine's premium sonar modules and displays. It is designed to mate directly with:

  • Axiom Pro RVX and Axiom 2 Pro RVM Chartplotters
  • CP470 and CP570 Professional CHIRP Sonar Modules
  • RVX-1000 and RVM-1600 Remote Sonar Modules

Shipping & returns

Shipping methods, delivery estimates, and final costs appear at checkout before payment. Some bulky, supplier-shipped, or special-handling items may ship separately. See Shipping & Returns for return windows and eligibility.

Fit & compatibility

Review the product title, description, images, dimensions, part numbers, and manufacturer details before purchase. For fit-sensitive items, confirm compatibility with your boat, RV, trailer, vehicle, or equipment.

Need help choosing?

Send us the product link or SKU, plus details about your boat, RV, trailer, vehicle, or project. We will help you narrow down the right option when product fit is not obvious.

View full details