[s10e1] On Their Marks Apr 2026

The milestone tenth season of The Curse of Oak Island kicked off with " On Their Marks ," an episode that set a high-stakes tone for the fellowship's return to the North Atlantic. After a decade of relentless searching, Rick, Marty, and the team landed back on the island with a renewed strategic focus and a "no-stone-unturned" mentality. The Strategy: Following the Gold

As the team prepares to open the Garden Shaft and explore the depths of the new tunnel, one thing is clear: the mystery is no longer just about if there is treasure, but how the team will finally reach it. The Curse of Oak Island: Season 10 Premiere Explained

The episode also revisited the "Templar Connection," featuring researcher Corjan Mol and author Gretchen Cornwall. Cornwall presented evidence from in England, suggesting that religious and political carvings there could be linked to the individuals who engineered the mysteries of Oak Island. In response, Marty accepted an invitation to travel to England with his son Alex to investigate these potential medieval ties further. Why This Episode Matters [S10E1] On Their Marks

: Water testing near the Garden Shaft revealed some of the most promising traces of gold yet, centering the team's attention on this specific zone. Major Discovery: The 103-Foot Tunnel

: These marks are potentially linked to an adze head found on Lot 4 the year prior, which blacksmith expert Carmen Legge dated to approximately 1620. The milestone tenth season of The Curse of

: Excited by the find, Marty Lagina pushed for immediate visual confirmation by lowering a camera into the void, marking one of the team's first opportunities to see inside a potential tunnel firsthand. Global Connections and Templar Theories

The Hunt Intensifies: A Closer Look at The Curse of Oak Island S10E1 The Curse of Oak Island: Season 10 Premiere

: Geoscientist Dr. Ian Spooner and hydrogeologist Dr. Fred Michael introduced the use of Leveloggers to determine the exact direction of water movement beneath the surface.