Matrix Aquos Ultra Power Handle 4m Carbon Fibre

Matrix Aquos Ultra Power Handle 4m — Built for Big Fish and Heavy Weights

The Matrix Aquos Ultra Power 4m Handle is engineered to handle the demands of targeting large carp and specimen fish, offering exceptional strength and reliability when it matters most.

High-Modulus Carbon Construction for Maximum Durability

Crafted from high-modulus carbon with Kevlar reinforcement around the brass threads, this 3-piece handle delivers outstanding rigidity and strength. The MST (Matrix Signature Technology) enhances performance, while the Glide Tape Finish on each section ensures smooth, snag-free operation when extending or retracting your net.

Designed for Confidence in Demanding Situations

Whether you're landing double-figure carp or battling specimen fish in challenging conditions, the Aquos Ultra Power Handle provides the backbone you need. The brass threads in the 1st and 2nd sections create secure connections, and the printed rubberised grip ensures control even in wet conditions. Each handle arrives in a protective plastic tube for safe transport and storage.

Choose the Right Variant

The Aquos Ultra Power range offers handles tailored to different fishing scenarios:

• Matrix Aquos Ultra Power Handle 4m Carbon Fibre — ideal for targeting big carp and specimen fish at distance, handling heavy weights with confidence; perfect for large stillwaters and commercial fisheries where extended reach is essential

• Matrix Aquos Ultra Power 3m Handle — suited for shorter-range work and smaller venues where manoeuvrability matters

Facts

• Length: 400 cm (4 m)

• Sections: 3-piece with brass threads in 1st and 2nd sections

• Material: High-modulus carbon fibre with Kevlar thread reinforcement

• Transport length: 151 cm

• Weight: 402 g

• Finish: Glide Tape Finish with printed rubberised grip

• Colour: Black/Lime

• Supplied with protective plastic tube

• Safety warning: Carbon fibre is highly electrically conductive — never use near power lines or during thunderstorms due to risk of electric shock