Savage Gear LB 3D PVC Mayfly 65mm Black 8pcs
€3,58
€3,98
Quick OverviewThe Savage Gear LB 3D PVC Mayfly 65 mm is a soft silicone lure for LRF and finesse fishing, designed for natural presentation and reliable reaction strikes. Thanks to its realistic 3D profile, lively leg and tail action, and DNA scent, it is an excellent choice for targeting trout, perch, chub, and seabass.DescriptionThis lure imitates a mayfly and is intended for anglers looking for a convincing presentation in clear water, on pressured waters, and in situations when fish are taking the bait cautiously. The Savage Gear LB 3D PVC Mayfly performs especially well in ultra light and LRF approaches, and it can be rigged on an offset hook, nose hook, or micro jig head. Its slow-sinking action allows for precise lure control and keeping it in the strike zone longer.FeaturesSoft loose body made of PVCMicro-movements of the legs for a natural insect imitationPronounced tail action even on a slow retrieveSuper-realistic 3D profileDNA scent for added attractionSlow-sinking actionExcellent for LRF, drop shot, and micro jig techniquesSuitable for rigging on an offset hook, nose hook, and micro jig headTechnology3D details created by scanning a real specimen for a convincing appearance in the waterDNA scent based on a blend of amino acids, fats, and proteins for enhanced bite stimulationSpecificationsBrandSavage GearModelLB 3D PVC MayflyLength65 mmColorBlackMaterialPVCActionSlow-sinkingPack Quantity8 pcsRecommended TechniquesLRF, drop shot, micro jigRigging OptionsOffset hook, nose hook, micro jig headTarget SpeciesTrout, perch, chub, seabassAdvantagesVery convincing insect imitation for cautious fishWorks effectively even with a slow retrieveVersatile use in LRF and finesse techniquesDNA scent increases the chance of fish holding the bait longer in their mouthThe compact 65 mm size is ideal for precise presentationsNoteProduct availability depends on stock levels. After use, keep the lures away from heat and direct sunlight to preserve their shape and the softness of the material.