| Reference | Quantité | Stock quantity | Availability | Price incl tax |
|---|---|---|---|---|
|
FOX-CPV047
|
10 pièces | 0 |
To order - lead times vary according to supplier
|
4.20 (CHF) incl tax
|
Designed for modern carp fishing rigs, PVA strips FOX Edges PVA Strips are made to simplify the creation of a reliable, fast-to-fit soluble stop. The goal is clear: temporarily hold a component of the rig (or a position) during the cast and descent, then allow the PVA to dissolve in the water and release the presentation cleanly. This “hold then release” logic is especially useful when you want a consistent presentation, better stability during the fishing action, and a rig that settles exactly as intended, even in changing conditions.
Fast dissolution: the PVA material is formulated to dissolve efficiently once submerged, helping the rig release quickly after the drop. The exact behavior naturally depends on conditions (temperature, water movement), but the idea remains the same: prevent a temporary stop from becoming a permanent constraint.
Strong stop: these strips are designed to form a solid stop when it is needed most, during the casting and setup phase. Once the rig is in place, the PVA does its job by dissolving, reducing handling and helping maintain a consistent presentation.
Targeted rigs: they are especially suited to typical Edges applications, including the helicopter rig and the sliding drop-off rig. In these setups, a well-placed soluble stop can help stabilize a rig element while everything settles properly, then allow the system to function as intended.
The main benefit of FOX Edges PVA Strips is the precision they bring where many rigs lose consistency: the transition between the cast and the final presentation on the lakebed. By using a soluble stop, you temporarily stabilize the rig geometry and limit unwanted movement of components at impact and during the drop. This can help reduce tangles, improve the repeatability of a rig, and save time during setup, especially when you are casting repeatedly or fishing at different ranges.
On a helicopter rig, this approach is especially relevant: the rig needs to behave correctly during the descent and settle in a controlled way once it lands. A well-positioned PVA stop helps lock that behavior temporarily, then disappears so it does not restrict the system. On a sliding drop-off rig, the logic is similar: you get holding power during the “mechanical” phase (cast/impact/descent) and then release, allowing the rig to deliver its benefits without adding unnecessary rigidity.
Finally, PVA strips are versatile in use: they can be used for small temporary securements, positioning markers, or light fixings, while keeping a simple and clean purpose in the water: hold, then dissolve.
For best results, handle the PVA strips with dry hands and store them away from moisture. Cut (or adjust) a suitable length for the intended use, then form your soluble stop by wrapping and tightening it evenly. The aim is not to over-compress it, but to achieve enough hold for the cast. Before fishing, check the overall rig setup (sliding action, component positions, security) so the PVA dissolves exactly as expected, no more and no less.
Adapt your use to the conditions: in colder water, dissolution may be more gradual; in warmer water, it may be faster. If you want a very precise presentation, make a simple test near the bank to confirm the dissolution speed in your current conditions.
Question 1: What are PVA strips used for in a carp rig?
Answer: They are used to create a temporary soluble stop that holds a component in position during the cast and descent, then dissolves to release the presentation.
Question 2: Is it compatible with a helicopter rig?
Answer: Yes, these strips are designed for this use, helping stabilize the helicopter rig setup before dissolution.
Question 3: Is dissolution always the same?
Answer: No, it depends on conditions (especially temperature and water movement). The important thing is to use it as a temporary hold, then check the behavior in your fishing conditions.
