Soft plastic scent retention is controlled by polymer structure and plasticizer content — not how much scent is added. Includes absorption vs retention breakdown, salt effects, measured retention comparison table, and when scent actually matters.
Soft plastic lure visibility is controlled by light transmission — not color name. Haze vs pigment load data, clear vs stained water matrix, and FAQ on translucent vs opaque baits.
Fish evaluate profile and silhouette before color. Thin profiles excel in clear pressured water; thick profiles help in stained conditions. Shape often determines commitment before color details matter.
Soft plastic sink rate is controlled by material density, not shape. Salt loading changes density, which changes the gravity-buoyancy-drag balance. Includes density comparison table, measured fall rate data, and FAQ.
Fall rate is controlled by softness, salt, and density — not jig head weight. Why fall rate matters most in cold water, how each variable affects the fall, and why weight alone cannot fix a design problem.
Soft plastic fishing lures are built on plastisol — a PVC resin and plasticizer system. Covers formulation components, non-phthalate plasticizers, example formulation ranges, fusion process, and how each variable controls on-water performance.
You cannot maximize softness and durability at the same time. A complete breakdown of the plasticizer ratio trade-off, why fragile baits often catch more fish, and application-specific optimization for different lure categories.
Tail shape controls movement more than retrieve speed. A complete breakdown of curly, straight, and micro tail designs — when each works best, why baits overwork in cold water, and the real reason two baits behave differently at the same speed.
Soft plastic fishing lures are engineered PVC plastisol systems — not rubber. A complete breakdown of how PVC resin, plasticizers, and additives determine flexibility, density, and action.
