Matrix Ethos XRC Feeder 30g 2.7m 150g Bomb

Matrix Ethos XRC Feeder 2.4mm 2.7m 30g Bomb — Precision for Small Carp and Light Feeder Fishing

The Matrix Ethos XRC 9ft feeder rod combines an ultra-slim carbon blank with a perfectly calibrated playing action to reduce hook pulls when targeting small carp and other species on light feeders or bombs.

Ultra-Lightweight Carbon Construction

Weighing just 150g, this two-piece 2.7m rod breaks down equally to a compact 141cm transport length. The slim carbon blank delivers excellent sensitivity and control without adding fatigue during long sessions, while the durable rubber cork and EVA composite handle provides a secure, comfortable grip in all conditions.

Responsive 2.4mm Carbon Tips for Delicate Presentation

Supplied with two interchangeable 2.4mm carbon tips (1.0oz and 1.5oz), the Ethos XRC lets you match tip stiffness to feeder weight and fish activity. The lightweight XOG SG guides throughout ensure smooth line flow and minimal resistance, while the minimal colour indicator makes bite detection effortless without spooking cautious fish.

Choose the Right Variant

The Ethos XRC Bomb & Feeder range offers rods tailored to different fishing situations:

• Matrix Ethos XRC 9ft 2.70m Bomb 30g 2.4mm — ideal for light bomb or feeder work at short to medium range when targeting small carp, F1s, and silverfish in commercial fisheries or canals

• Matrix Ethos XRC 10ft 3.0m Bomb 40g 2.4mm — suited to slightly longer casts and heavier feeders while maintaining the same delicate tip sensitivity

Facts

• Rod length: 2.7m (9ft)

• Casting weight: 30g

• Rod weight: 150g

• Transport length: 141cm

• Sections: 2

• Tip diameter: 2.4mm

• Supplied with two carbon tips: 1.0oz and 1.5oz

• Guides: 13 x Sea Guide XOG / XOG-W

• Blank material: carbon fibre

• Handle: rubber cork and EVA composite

• Colour: black/lime

Warning: This product contains carbon fibres, which are highly electrically conductive. Using it during thunderstorms or near high-voltage power lines poses a life-threatening risk of electric shock. Avoid use in these conditions to prevent fatal injuries.