Rapala X-Rap Magnum XPLODE

The Rapala X‑Rap Magnum Xplode is built to deliver monumental surface commotions and handle the toughest saltwater predators. Featuring a thick‑walled ABS body and full through‑wire construction, it stands firm under vicious strikes from tuna, mahi, bluefish, and other large predators. A rooted low-mounted line tie pulls the lure downward on retrieval, locking it in a stable splash‑making posture for explosive action with every sweep of the rod tip. Explosive Surface Action with Casting Power This lure is engineered for distance and drama. The deep cupped face produces a thunderous explosion on the sweep, while the rear‑weighted design enables long casts and ensures a tail‑down resting angle, perfect for instant strike zones at arrival. It’s a true topwater powerhouse for anglers who demand blowups—not subtle wakes. Heavy‑Duty Construction for Jaw‑Breaker Fish Each size is rigged with corrosion-resistant VMC 75 Series™ 6X Tropic Spark Point treble hooks—size 2/0 for the 130 model and beefy 5/0 hooks on the 170—for confident hooksets on hard-charging fish. The hooks are mounted via 250‑lb-rated heavy-duty split rings attached to the rigid through‑wire frame. Available in Two Deadly Sizes 130 mm (5¼″, ~62 g / 2 3⁄16 oz): Ideal for giant bluefish, schools of smaller tuna, or snook/redfish in choppy conditions. Uses dual 2/0 hooks. 170 mm (6¾″, ~142 g / 5 oz): Built for big Tuna, GTs, dorado, giant amberjack—hooked with dual 5/0 trebles for serious stopping power. Color Range Matters Available in six saltwater‑proven fish patterns—Ayu, Blue Sardine, Dorado, Flying Fish UV, Hot Wahoo UV, and Mullet—these finishes combine holographic foils and lifelike shading to pull predators from range, day or night. Compact Cavitation, Massive Results Packaged in rugged retail-ready form, both sizes float with stability while sleeping and ignite with explosive splits on the sweep. The robust build, premium hardware, and vivid finishes make the X‑Rap Magnum Xplode a go-to for anglers who expect raw cast reach and no‑fail hook durability in saltwater environments.