T-H Marine 10" Atlas Series Hot Shot™ Jack Plate Hole Shot Plate

The T-H Marine 10" Atlas Series Hot Shot™ Jack Plate Hole Shot Plate is engineered for anglers and boaters who demand superior hole shot performance and bow lift on shallow water or tournament applications. This jack plate extends your engine mounting platform vertically, allowing you to trim the outboard motor up and away from shallow structures, reducing draft and enabling access to skinny water that conventional rigid mounts cannot reach. Whether you're fishing Louisiana bayous, Florida flats, or running coastal creeks, this 10-inch vertical extension transforms how your boat behaves at takeoff and in tight quarters.

The Atlas Series Hot Shot™ design uses a hydraulic or manual lift mechanism to raise the motor, creating aggressive bow lift at acceleration—critical for getting on plane faster and reducing the time your hull is in displacement mode. The 10-inch plate depth provides substantial vertical adjustment range, allowing you to fine-tune motor height for optimal planing attitude and draft reduction. Constructed from durable materials engineered to withstand salt spray, vibration, and the constant stress of repeated trim cycles, the T-H Marine jack plate maintains alignment and smooth operation season after season. Its compact footprint (9 x 2 x 16 inches) and lightweight design (2.85 lbs) integrate seamlessly with most outboard mounting systems without excessive weight penalty or handling issues.

This jack plate is ideal for serious anglers running center-console or bass boats who regularly fish shallow flats, oyster bars, or rocky shallows where motor cavitation and prop strike are constant concerns. Installation requires basic mechanical knowledge and compatibility with your existing outboard and transom configuration; consult your motor manufacturer and boat builder for specific mounting requirements. The Atlas Series' hole shot advantage is immediately noticeable in acceleration tests and tight-water scenarios, making it a smart upgrade for anyone serious about maximizing hull efficiency and reducing draft-related limitations.