Lake Ontario

Lake Ontario is one of the most heavily trafficked waterways in the Great Lakes system and holds a dense concentration of historic wrecks, aircraft, shore dives, and modern losses—from Kingston & Wolfe Island through the U.S. shoreline and across to the western end.

Lake Page

Lake Ontario

One of the busiest corridors in the Great Lakes system — with an unusually dense concentration of historic wrecks, aircraft losses, and modern incidents spanning Kingston & Wolfe Island through to the western end.

Use this page as your jumping-off point for planning dives, researching losses, and exploring the stories beneath the surface.

Lake Ontario at a Glance
  • Content: Wrecks • Shore dives • References • Media
  • Range: Training shallows → technical depths
  • Hot zones: Kingston corridor • Picton/Quinte • U.S. offshore sites

Featured Must-Dive Wrecks – Lake Ontario

A short list tagged Must Dive — high-value sites that combine dive quality with strong history. Always match the plan to training and conditions.

[sld_must_dive_grid waterbody=”lake-ontario” limit=”6″]

Lake Ontario – Regions & Project Clusters

Work lake-wide, or zoom into one stretch at a time. Each cluster groups nearby wrecks, shore dives, and documents into planning units.

Kingston & Wolfe Island Corridor

Classic Kingston-area wrecks and local shore dives tied to the Kingston Region Project.

Profile: training → advanced

Picton & Bay of Quinte

Deep wrecks and historic losses in the Picton/Quinte corridor — built for serious planning.

Difficulty: intermediate–advanced

U.S. Shoreline & Offshore Sites

Selected U.S. Lake Ontario wrecks and offshore targets, including deeper technical profiles.

Includes: wreck reports & survey notes

Verified by Mark – Lake Ontario

Field-checked shore dives and sites with GPS, access notes, and realistic conditions.

Emphasis: accuracy & repeatable navigation

Latest Updates (Wrecks + Shore Dives)

This is using the correct CPT slugs so you don’t get blog posts. We can filter it to Lake Ontario once we confirm the waterbody taxonomy/term wiring.