Solar Tackle NEW P1 3 Rod Adjustable Buzzer Bar by Amazon.co.uk

Price last update: 07/03/2025

• 10.5in to 16in (265mm to 400mm)
• Compatible with the Worldwide Pod and Euro worldwide Pod
• Made from the highest quality stainless steel components
• Sold with a limited-edition, P1, laser-etched ID tag
• Made in England

Description

Solar Tackle Solar Tackle P1 Stainless Steel 3 Rod Front Buzzer Bar is a highly versatile fishing gear that has been designed by experts to help anglers catch a wide variety of fish in various habitats and seasons. With its adjustable width buzz bars, anglers can make use of various types of bait, such as lures and flies, to lure fish closer for easier landing. The stainless steel construction makes this gear highly durable, rustproof, and easy to clean. The unique P1 design provides exceptional performance by using a taper lock screw-less adjustment system, which ensures that the bars adjust smoothly without any catches or resistance.
This buzz bar comes in a limited-edition P1 ID tag laser-etched tag, which makes it stand out as a valuable possession. Its compact and low profile design ensures easy portability and storage. The three different sizes of the buzz bar- a front buzz bar measuring 10.5" To 15.8", a back buzz bar measuring 9.5" To 15", and a wide buzz bar measuring 11.8" To 17"- are designed with compatible with the Worldwide Pod and Euro worldwide Pod, making it easy for anglers to choose the one that fits their bank sticks and fishing equipment.
In summary, the Solar Tackle Solar Tackle P1 Stainless Steel 3 Rod Front Buzzer Bar is an exceptional fishing gear that has been precision engineered and CAD designed with durable stainless steel components to ensure smooth and precise performance, and a perfect alignment of the buzz bar or bank stick. Its unique design with a taper lock screw-less adjustment system, P1 ID tag laser-etching, and compact, low-profile design make it stand out as a valuable possession that can help anglers catch more fish and catch more fishing sessions in various seasons and habitats.