Malosi Studio Talo 180P Surface Popper Lure Big Splash. Bold Action. The Malosi Studio Talo 180P is a precision-crafted diving popper designed to trigger explosive topwater strikes. Whether you’re chasing giant trevally, tuna, or other apex saltwater species, this surface popper combines aggressive action with refined control for unbeatable performance on the water. High-Impact Surface Action Light pops and long sweeps produce deep dives and dense smoke-like bubble trails Generates a tight, wobbling swim just below the surface Floats back up during pauses, ready to be swept again This lure creates the ideal rhythm for luring in wary predators—smoke, swim, float, strike. Designed for Heavy Hooking Power Thanks to its buoyant head design, the Talo 180P maintains perfect balance and action even when rigged with large double trebles or other heavy-duty saltwater hardware. It’s built for the toughest conditions and the heaviest fish, offering exceptional versatility in your big game topwater tackle setup. Handcrafted for Toughness & Style Core: Solid Paulownia wood for strength and natural buoyancy Shell: Durable ABS-like resin for impact resistance Through Wire: Full-body 2mm stainless steel for maximum strength Top Coat: 10x layers of high-gloss polyurethane for long-lasting protection This handcrafted fishing lure is part of the elite Malosi Studio lures Master Series—designed to deliver both beauty and brute force. Luxury Packaging Included Every Talo 180P is delivered in a custom-designed black box with a premium microfiber bag for added protection and a luxurious unboxing experience. It’s more than a tool—it’s a collector-worthy piece of premium surface lure craftsmanship. Specifications Type: Diving Popper Length: 180mm Weight: Approx. 100g ± Buoyancy: Floating Core Material: Solid Paulownia Shell: ABS-like Resin Through Wire: 2mm Stainless Steel Top Coat: 10x Layers of Polyurethane Target Species: GTs, Tuna, and other large saltwater predators Ready to make some noise? Add the Talo 180P to your arsenal and dominate the surface.
