SIMRAD GO9 XSE

SIMRAD GO9 XSE
SIMRAD GO9 XSE
SIMRAD GO9 XSE
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SIMRAD GO9 XSE

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SIMRAD GO9 XSE with TotalScan sensor  Skimmer  is an excellent sounder, which is suitable for sports boats, yachts, boats. It has built-in support for Simrad Broadband Radar ™ and the Halo ™ radar system. The device is equipped with built-in GPS and GoFree® Wi-Fi modules. The echolocation data is displayed on a super-bright 9 "widescreen display with touch controls.

The device easily integrates with any modern smartphone or tablet. With the help of GO 9 XSE, you can easily take advantage of the sonar system, which allows you to build waterways, easily bypass obstacles and with an accuracy of finding large concentrations of fish. The device can be installed on a flat, flat surface, or fixed using a mounting bracket. It has a simple and intuitive interface, so even a beginner will need very little time to learn it.

Features

  • high sensitivity of the touch screen;
  • excellent readability of the display even on a sunny day;
  • multifunctionality;
  • Support for maps Insight, Navionics, CMAP;
  • when buying immediately has a base map of the world;
  • Improved software for building water routes;
  • built-in Wi-Fi module;
  • two microSD memory slots;
  • compatible with NMEA 2000®.

Specifications:

  • Operating frequencies +83 / 200/455 / 800 kHz, Medium / High CHIRP
  • Maximum detection range: 455 kHz ─ 182 m, 91 m on each side; 800 kHz ─ 60 m, 30 m on each side
  • Maximum speed: 56 km per hour (connection to the bottom)
  • Marking of objects: 24 km per hour (distinguishes objects)
  • Optimum speed: 16 km per hour or less (maximum possible visualization)
  • Screen size 9 "/ 12.7 cm
  • 800 x 480 screen resolution
  • Depth 305 m
  • Waterproof level IPX7
  • Power supply 12 VDC (10-17 vDC min-max)
  • Media port 1 high-speed microSD slot

Quality improvements of satellite positions 22.12.2021 Quality improvements of satellite positions
The position given by a satellite receiver can be improved with a technique that uses receivers whose positions are known in order to calculate the extent of the current error in the satellite navigation system

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