Preston ICS Solid Pellet Feeders

Quick Overview

Preston Innovations ICS Solid Pellet Feeders in-line are pellet feeders designed for precise feeder fishing on commercial lakes and stillwaters. The solid body retains pellets in the feeder for longer, while the ICS system allows quick changes without retying the rig.

Description

This model is specially adapted for fishing with micro pellets and softened 4 mm pellets, when it is important that the groundbait does not wash out too early while sinking through the water column. The solid body construction helps keep the contents compact until they reach the bottom, while the hole layout allows controlled release on the feed area. Thanks to the in-line design and the well-balanced combination of plastic and lead, the feeder provides more accurate casting, lands correctly on the bottom, and reduces the possibility of rig tangles.

Features

• In-line pellet feeder for feeder fishing
• Solid body retains pellets longer, especially useful in greater depths
• Ideal for micro pellets and softened 4 mm pellets
• ICS system for quick feeder changes without cutting the line
• Recessed quick change bead position helps reduce tangles
• Combination of plastic and lead for more accurate casting and correct bottom settlement
• Suitable for commercial fisheries, lakes, and other stillwaters

Technology

• ICS (Interchange System) compatibility for quick feeder changes within the same rig
• Recessed quick change bead position for a neater and more stable rig presentation

Specifications

Available Variants

Advantages

• Enables precise and controlled pellet feeding
• Keeps the contents intact until the bottom, which is important in deeper spots
• Quick change of feeder weight or size during fishing
• Better aerodynamics and more stable flight during casting
• An excellent choice for competition and recreational feeder fishing

Note

Availability of specific variants depends on stock levels. Before purchase, select the appropriate size and weight according to casting distance, depth, and water conditions.