☀️ Garmin spring offer ☀️ Up to -38% off a selection ⏰ ends 04/30/24

⚡️ Get up to €500 back on your SIMRAD or B&G equipment ⏰ From 01/04/2024 to 31/05/2024.

-€94.10

The TotalScan Lowrance Simrad walk-through probe is a 500W all-in-one broadband probe, CHIRPstructureScan HD and DownScan Imaging. This through-hull probe is designed to be mounted flat on the hull, or to accommodate blind spots of up to 5 degrees.

Here, in CHIRP MH (Medium/High) with frequencies 60-100 khZ & 160-240 khZ, this through-hull probe is also available in CHIRP LW (Low/High) version.

LOWRANCE - SIMRAD - TOTALSCAN THROUGH-SONAR CHIRP MH - 83/200/455/800 KHz

The TotalScan traversing probe allows anglers to use CHIRP high or medium frequency technology, DownScan and StructureScan imaging using a single sonar.

Key features:

Supports 83/200kHz broadband sonar frequencies
Supports CHIRP medium and high frequencies
Supports StructureScan frequencies 455/800kHz
Supports water temperature.


	Chirp traditional 2D The traditional sounder function uses the high-frequency CHIRP coverage on a wider beam than usual, enabling optimum detection down to 100m in freshwater, without any problems. With CHIRP technology, you benefit from : Denser information and a sharper, high-resolution image Better target separation and sharper rendering of fish arches Improved bottom tracking and fish detection even at high speed

Technology Downscan Imaging The exclusive Lowrance DownScan Imaging innovation displays a crystal-clear image of the underwater world. No need for interpretation to : See thermoclines: the boundary between water layers and oxygen-rich zones. Identify fish: no room for interpretation, it identifies clearly. Reveal structures: wrecks, vegetation, bridge piers, moorings...

	StructureScan technology StructureScan is a probe technology designed to provide detailed, accurate images of underwater structure and fish around your boat. The StructureScan system uses different probe frequencies to obtain clear, detailed images of both structural features and fish. The images generated can help anglers spot schools of fish, underwater structures such as rocks, wrecks, submerged trees, etc., and can be useful in determining the best spots for fishing.