Betts Snap On Wgt Oval 1.50" Asst 2ct Zip Bag
The Betts Snap On Weight Oval 1.50" Asst 2ct Zip Bag is a handy two-pack of replacement weights designed to fine-tune your float fishing setup. These snap-on oval weights let you quickly adjust buoyancy without swapping out your entire rig, making them practical for anglers who fish different depths or need to dial in presentations on the water. Whether you're working shallow structure or adjusting for current and wind, having spare weights in your tackle bag keeps you fishing instead of fumbling with gear.
The snap-on design means no knots or complicated rigging—just clip them to your line or existing float system and you're ready to cast. The 1.50" size is a common choice for freshwater float fishing where moderate weight adjustment is needed. The oval profile helps reduce line twist and offers a more streamlined profile than round weights, which can matter when you're targeting finicky fish or need to present baits or lures with minimal disturbance.
This assorted two-count pack comes in a zip bag for easy storage and organization in your tackle box. Keep a spare set handy for quick replacements or to build out multiple rigged setups.
Key Features
- Snap-on design for quick weight adjustment without re-rigging
- Oval profile reduces line twist and minimizes disturbance
- 1.50" size suited for common freshwater float presentations
- Two weights per pack for backup or multiple setups
- Convenient zip bag storage
Frequently Asked Questions
What's included in this package?
You get two snap-on oval weights measuring 1.50" in a zip bag for organization and portability.
How do I attach these weights to my line?
The snap-on design allows you to clip the weights directly to your line or float system without tying knots or modifying your rig.
What size fish or water conditions are these weights meant for?
The 1.50" oval size is designed for freshwater float fishing applications where moderate weight adjustment is needed, such as adjusting buoyancy for different depths or water conditions.

