NOVA SCOTIA TO CHESAPEAKE BAY-4D

This electronic nautical chart covers the area from Nova Scotia in Canada to Chesapeake Bay in the United States. It is designed for navigation in this extensive coastal zone.

The C-MAP NOVA SCOTIA TO CHESAPEAKE BAY-4D chart offers comprehensive, up-to-date vector cartography derived from official hydrographic services data. It also supports dynamic raster chart display, overlaying official nautical paper charts.

The C-MAP NOVA SCOTIA TO CHESAPEAKE BAY-4D marine chart is supplied on an SD card, ready to be inserted into a compatible device.

This product supports 2D and 3D display modes. The 3D view uses a digital terrain model for land and sea, providing a three-dimensional presentation of the chartplotter data with terrestrial elevation and seabed contours.

Yes, the high-resolution satellite imagery option can be overlaid on chartplotter data to enhance situational awareness and navigation.

The Easy Routing function provides automatic route calculation. It uses chart data, your boat's dimensions, and other parameters to suggest the best path, avoiding obstacles and hazardous areas.

Yes, this C-MAP 4D chart integrates detailed tide and current data for the coverage area, which is essential for navigation planning.

Yes, the chartplotter provides detailed harbor plans, as well as information on port approaches and marinas, including points of interest and services.

The C-MAP Genesis Layer is a feature that provides access to high-resolution bathymetric data generated by the community. This data can offer more precise knowledge of seabeds and depth contours.

Yes, the chartplotter allows customization of depth shading. You can define specific depth ranges to display with different colors, making it easier to identify shallow areas or fishing zones.

Shaded relief is a visualization technique that uses shadows to represent the topography of the seabed and land, providing a better visual perception of underwater features and structures.

Yes, the chart can include aerial photos of harbors, marinas, and waterways, providing a realistic view for approach and identification of locations.

To install the C-MAP NOVA SCOTIA TO CHESAPEAKE BAY-4D chart, simply insert the provided SD card into the card reader of your compatible chartplotter or multifunction display. The device should automatically recognize and load the chart data.

C-MAP 4D charts are generally compatible with a wide range of chartplotters and multifunction displays from Navico Group brands (Lowrance, Simrad, B&G) as well as other manufacturers supporting the C-MAP 4D format. It is recommended to verify specific compatibility with your device model.

C-MAP charts are based on official hydrographic data and are updated periodically. To check if updates are available for this specific version, it is advisable to consult the official C-MAP website or contact technical support.

A vector chart consists of structured digital data (points, lines, polygons) that can be displayed at different scales without loss of detail and customized (for example, hiding certain information). A raster chart is a scanned digital image of an official paper chart. It provides an accurate representation of the original chart but cannot be customized or zoomed infinitely without pixelation. The C-MAP 4D chart combines the advantages of both.

This chart covers a large coastal area and is designed for navigation in these waters. It provides detailed information for route planning, safety, and situational awareness, making it suitable for coastal and semi-offshore navigation in the specified region.

The C-MAP NOVA SCOTIA TO CHESAPEAKE BAY-4D chart is supplied on an SD (Secure Digital) card, a standard format for marine electronic devices.

Yes, like any detailed electronic nautical chart, it includes complete information on aids to navigation such as lighthouses, buoys, beacons, and other important marks for maritime safety.

Yes, thanks to the integrated Easy Routing function, this chart is designed to work with the automatic routing capabilities of compatible chartplotters, allowing the generation of safe and efficient routes.