Savage Gear LB 3D Fry 50 Pearl Silver 8pcs
€2,39
€3,31
Short overviewSavage Gear LB 3D Fry 50 Pearl Silver is a soft lure for finesse approaches and light spinning, developed for the natural presentation of small baitfish fry. Thanks to its realistic 3D appearance, DNA scent, and dual tail action, it is an excellent choice for targeting trout, perch, chub, and bass.DescriptionThis soft lure, 5 cm long, is specially adapted for situations when fish selectively take small, subtle baits. It performs excellently in LRF fishing, on a drop shot rig, and with micro jig heads, where its micro paddle tail or V-tail creates lively and convincing action during both slow and fast retrieves. The Pearl Silver colour further enhances its natural appearance in clear waters, canals, streams, and urban fishing locations.FeaturesSoft lure with a highly realistic 3D baitfish fry profileTwo tail actions: micro paddle tail and V-tailIdeal for drop shot rigs and micro jig headsDNA scent for added attraction and longer fish retention on the baitSuitable for LRF fishing for trout, perch, chub, and bassSoft yet durable PVC body for natural movement in the waterTechnology3D body details for a more natural silhouette and better visual appealDNA scent for enhanced predator stimulationSpecificationsBrandSavage GearModelLB 3D Fry 50Length5 cmWeight1 gColourPearl SilverMaterialSoft PVCPack size8 pcsTail typeMicro paddle tail and V-tailScentDNA scentRecommended techniquesLRF, drop shot, micro jigTarget speciesTrout, perch, chub, bassCode55121AdvantagesNatural presentation for cautious fish and demanding conditionsVery versatile soft lure for multiple finesse techniquesCompact size ideal for light and ultralight fishingThe combination of visual appeal, vibration, and scent increases the number of strikesAn excellent choice for fishing in clear waters and on venues with less natural foodNoteThe product colour may vary slightly depending on the batch and screen display. It is recommended to store it separately from other soft lures and away from heat sources and direct sunlight.