Rapala X-Rap® Magnum® 20 Sailfish UV

The Rapala X-Rap® Magnum® 20 Sailfish UV is a 10-inch deep-diving crankbait engineered for serious offshore and saltwater fishing applications. Its massive diving lip forces the lure to 20 feet without any additional weight or assistance, making it ideal for targeting large game fish in deep water columns where trophy saltwater species hold. Built to handle sustained high-speed retrieves up to 13 knots, this magnum-class lure excels in fast-trolling scenarios where covering water and triggering strikes from aggressive predators is the priority.

The X-Rap® Magnum® 20's textured translucent body paired with an internal holographic foil creates a lifelike profile that mimics natural baitfish movement and flash patterns in variable light conditions. The colored lip adds visual attraction in lower visibility water, while the preset 20-foot diving depth allows predictable depth control without guesswork. Weighing 0.3 lbs, this lure generates significant castability and maintains a tight, erratic action even at trolling speeds, which is critical for provoking strikes from saltwater species like sailfish, tuna, and large stripers that key on wounded-baitfish behavior.

This X-Rap® model is built for anglers pursuing saltwater game fish worldwide—whether from offshore charter boats, private vessels, or during offshore expeditions. The Magnum series is specifically designed for scenarios where standard-sized crankbaits fall short: deep-structure fishing, fast-water conditions, and high-speed trolling patterns. Serious offshore anglers and charter captains rely on the X-Rap® Magnum® line when targeting trophy-class fish that demand larger profiles and aggressive action.

Rapala's X-Rap® family has established itself as the standard for saltwater crankbaits, combining proven design with reliable performance across diverse offshore conditions. The 20 Sailfish UV variant brings UV-enhanced visibility to the proven magnum platform, offering enhanced detection capability in deeper, dimmer water columns where natural light penetration diminishes.