Raymarine LightHouse Chart North America

The Raymarine LightHouse Chart North America (R70794) is a comprehensive marine navigation chart software solution designed for serious boaters, commercial fishermen, and weekend cruisers who demand detailed, reliable coverage across North American waters. This chart package provides extensive cartographic data for coastal navigation, inland waterway planning, and offshore route planning across the entire continent, making it essential software for any modern marine GPS or navigation system compatible with Raymarine's LightHouse platform.

LightHouse Charts North America includes complete chart coverage of contiguous U.S. coastlines, Alaska, Hawaii, the Bahamas, and thousands of inland freshwater bodies. The chart set extends northward through the Great Lakes, British Columbia, the St. Lawrence River, and the Atlantic maritime provinces including Newfoundland, Nova Scotia, Prince Edward Island, and New Brunswick. This comprehensive geographic scope allows anglers and cruising boaters to navigate confidently from the Gulf Coast to Arctic waters, across the Great Lakes system, and throughout major inland fisheries without requiring multiple chart purchases. The clarity and detail standard in LightHouse charts gives navigators the control and confidence needed for safe passage in unfamiliar waters, whether you're targeting walleye on Lake Michigan or running offshore for bluefin tuna.

This product serves recreational and professional mariners who rely on integrated electronic navigation systems for route planning, hazard identification, and compliance with maritime regulations. Weekend fishermen benefit from detailed inland water mapping for lake and river navigation, while serious offshore anglers and commercial operators depend on accurate coastal and oceanic charting. The LightHouse platform brings institutional-level chart quality to a range of Raymarine navigation equipment, eliminating the need for paper charts on extended trips and improving situational awareness in real time.