Matrix Horizon X Ultra Pro Distance Feeder Rod 3.7m 80g 189g

Matrix Horizon X Ultra Pro Distance — precision at medium range

The 3.7m Horizon X Ultra Pro Distance feeder rod delivers the perfect blend of casting accuracy and fish-playing control for distances up to 70m, making it your go-to tool for commercial fisheries and mid-range stillwater sessions.

Ultra-high modulus carbon blank for superior casting recovery

Constructed from ultra-high modulus carbon, the slim Japanese blank loads smoothly and recovers fast, enabling accurate feeder presentation at distance while maintaining a progressive action that cushions lunges from carp, F1s, and bream. The lightweight construction (189g) reduces fatigue during long sessions.

XBG RS Silicon Nitride guides for effortless line flow

Enlarged Sea Guide XQG RS Silicon Nitride rings reduce friction and line slap, allowing your feeder to sail smoothly to the target zone. The 13-guide setup ensures even load distribution across the blank, protecting fine hook lengths and improving bite detection.

Choose the right variant

The Horizon X Ultra Pro Distance range covers every feeder scenario:

• 3.7m, 80g — ideal for commercial fisheries, lakes up to 70m, F1s, carp, and bream with medium to large feeders

• 4.0m, 100g — versatile choice for stillwaters up to 80m, slightly heavier feeders, windier conditions

• 4.0m, 130g — built for powerful rivers or extreme-distance casting over 80m, fast-flowing water, large bream and barbel

• 4.2m, 150g — maximum power for the heaviest feeders, big rivers, strong currents, and distances beyond 80m

Facts

• Rod length: 3.7m (12')

• Casting weight: 80g (1.5–2.5oz feeders)

• Rod weight: 189g

• Transport length: 189cm

• Sections: 2

• Guides: 13 × Sea Guide XQG RS Silicon Nitride

• Included feeder tips: 2 × carbon, 3.4mm diameter (1.5oz, 2.5oz)

• Reel seat: ultra-lightweight carbon

• Handle: slim black EVA

• Material: ultra-high modulus carbon blank

• Warning: contains carbon fibers; never use near power lines or during thunderstorms due to risk of electric shock