BnR Tackle Steel In-Line Weight Grab-N-Go Pack – 3 Pieces
Features:
- Premium in-line stainless steel fishing weights designed to offer superior sensitivity, snag resistance, and performance compared to traditional lead, tungsten, or tin options!
- Crafted from durable, uncoated stainless steel with swivels on both ends for enhanced movement and reduced tangles.
- Unique “pinball effect” design keeps the weight ticking along the bottom in current, while maintaining stability in still water!
- Ideal for float fishing setups, providing a quick, easy, and effective lead-free sinker solution.
- Available in a variety of sizes and coming in packs of 3, the BnR Tackle Steel In-Line Weight Grab-N-Go Packs are a must have for any angler!
| Specification | Details |
|---|---|
| Material | Stainless steel |
| Design | In-line with swivels on both ends |
| Use Case | Float fishing, current and still water |
| Package Quantity | 3 pieces |
FAQ
Are these weights suitable for use in both moving and still water?
Yes, the unique “pinball effect” design allows the weights to move naturally in current while staying stable in still water.
Do the weights come with any coating or finish?
No, the weights are crafted from uncoated stainless steel for durability and natural performance.
Can I use these weights with my existing float fishing gear?
Yes, they are specifically designed for float fishing setups and integrate easily with standard float systems.
Emma Bailey –
These weights work great in both slow and fast currents. The swivels reduce tangles and the stainless steel doesn’t scratch my float line. I’ve used them for several days on different lakes and they hold up well.
Lillian Carr –
Better than lead weights in terms of sensitivity and durability. The pinball effect helps keep them moving without sinking too deep. Only downside is they’re a bit heavier than expected, but worth it.
John Walsh –
Switched from tungsten to these stainless steel weights and noticed a big difference in how the line responds. No snagging, and they stay in place even in strong currents.