Short Overview

The Daiwa Powermesh Tele Feeder is a telescopic feeder rod designed for anglers seeking sensitivity, precision, and convenient transport. The fast blank action enables secure feeder casting and clear bite detection, making it an excellent choice for fishing on lakes, canals, and slower rivers.

Description

This feeder rod from the Daiwa Powermesh series was developed for anglers who want performance similar to classic feeder models, but in a telescopic design suitable for easier transport and quick setup on the bank. The HMC+® carbon blank offers a good balance of power, sensitivity, and control, while two quiver tips help adapt presentation and bite indication to different fishing conditions.

Powermesh Tele Feeder performs well in modern feeder fishing with feeders of various weights, when targeting silverfish, bream, carp, and other species that require precise rig placement and good control during the fight.

Features

• Telescopic feeder rod for convenient transport and quick assembly
• HMC+® carbon blank for fast action and good recovery after casting
• Cork/EVA handle for a secure and comfortable grip
• Titanium oxide guides for smooth line flow
• 2 quiver tips for adjusting sensitivity to water conditions
• Suitable for fishing with monofilament and braided line

Technology

• HMC+® Carbon Fiber Blank – light and strong blank with good sensitivity and power reserves
• Titanium Oxide Guides – durable guides for reliable performance and long service life

Specifications

Available Variants

Advantages

• Compact telescopic construction makes transport and storage easier
• Fast action improves casting accuracy and feeder control
• Sensitive tips help detect subtle bites
• Quality materials contribute to durability and reliability
• A wide selection of variants allows you to choose according to the water and feeder weight

Note

Availability of individual variants depends on stock status. Photos are for informational purposes, and equipment details may vary slightly depending on the product version.