TH Marine Hole Shot Plate For 10" Atlas Jack Plate

The TH Marine Hole Shot Plate for 10" Atlas Jack Plate is a precision hydrodynamic accessory engineered to optimize boat launch and recovery performance on Atlas jack plate systems. Designed for both standard and heavy-duty Atlas configurations, this plate addresses a critical performance gap during initial acceleration by actively managing water dynamics at takeoff. Whether you operate recreational powerboats, commercial fishing vessels, or patrol craft, the hole shot plate directly impacts initial displacement efficiency—a factor that separates responsive handling from sluggish acceleration in real-world conditions.

The TH Marine Hole Shot Plate functions by reducing water drag and resistance during the critical first moments of throttle application, allowing the hull to achieve optimal running angle faster and with less cavitation. Constructed from marine-grade materials engineered to withstand saltwater corrosion and high-velocity water impact, the plate mounts directly to your 10" Atlas Jack Plate without requiring additional structural modifications. The engineering reduces propeller ventilation, improves bite, and minimizes porpoising—a phenomenon where the transom repeatedly rises and falls under acceleration. Weighing 2.75 lbs, the plate adds negligible mass while delivering measurable gains in acceleration response and fuel efficiency across the power band.

This accessory benefits operators running high-horsepower outboard or jet-drive systems where launch efficiency directly correlates to operational capability and fuel consumption. Installation is straightforward—the plate attaches to any Atlas jack plate (both standard and heavy-duty models) using existing fastening points, requiring no additional drilling or fabrication. Law enforcement, coast guard, and tactical water operations teams particularly value hole shot plates for the immediate responsiveness they provide during emergency acceleration, while commercial operators appreciate the consistent fuel savings across repeated launch cycles throughout a working day.