Carp 9 competition float with balsa body, hollow plastic antenna, and carbon stem for precise carp fishing
Carp 9
Balsa Body Carp Float with Hollow Plastic Antenna and Carbon Stem

Carp 9 is a highly responsive, slim-profile competition carp float designed for the finesse and precision needed in modern commercial fisheries. The slim cylindrical (pencil-style) body, made from high-quality balsa, delivers ultra-low displacement, ensuring minimal resistance even with the lightest bites.
Its hollow plastic antenna provides excellent visibility while maintaining a light, sensitive tip for delicate bait presentations. This makes it ideal for shy-biting carp on maggots, corn, pellets, or micro-paste.
The carbon stem adds strength and superb linear stability, helping the float settle quickly and remain balanced even in swirling currents or tow. Its ultra-slim design is perfect for laying on the deck or fishing off the bottom when targeting pressured or cautious carp.
Available in sizes from 0.3 g to 1.0 g, the Carp 9 covers margin and shallow work to slightly deeper swims, making it a highly versatile choice for match anglers.
Key Features and Benefits:
  • Balsa body: Lightweight, stable, highly sensitive
  • Hollow plastic antenna: Excellent visibility and buoyancy for fine indications
  • Carbon stem: Slim, strong, stable in tow and wind
  • Slim pencil profile: Minimal resistance, superb for shy bites
  • Perfect for maggots, pellets, corn, micro-paste
  • Designed for commercials, canals, and sensitive margin work
Technical Specifications:
  • Type: Competition carp float
  • Antenna: Hollow plastic
  • Body: High-quality balsa wood
  • Stem: Carbon
  • Grammages: 0.3 g / 0.5 g / 0.75 g / 1.0 g
  • Application: Commercial fisheries, canals, shallow and margin swims
  • Advantages:
  • Ultra-sensitive design for shy-biting fish
  • High visibility tip without adding weight
  • Robust carbon stem for consistent balance
  • Slim shape cuts through water smoothly
Preferred by match anglers for delicate, precise presentations in tough conditions.