DESCRIPTION

The Honoreal Missile 145F is a precision-engineered floating minnow designed for anglers who refuse to let distance or wind dictate their success. Measuring 145mm and weighing a substantial 40g, this lure earns its name by slicing through heavy coastal headwinds like a projectile. Its streamlined profile is matched with a high-impact internal weight transfer system, ensuring stable, tumbling-free flights to reach distant schools of fish that other lures simply can’t touch.

Once in the water, the Missile 145F delivers a high-frequency wobbling and rolling action that mimics a panicked baitfish. Because it is a floating (F) model, it offers incredible versatility; you can crank it down to its running depth or use a "stop-and-rise" technique to navigate over submerged rocks and reefs without snagging. Built to withstand the brutal power of saltwater giants, it is the go-to choice for targeting Barramundi, Kingfish, and GTs in demanding environments.

FEATURES

• Aerodynamic "Missile" Design: Specially weighted and shaped to maximize casting distance, even when casting into strong onshore winds or heavy surf.

• Internal Weight Transfer System: Features shifting internal bearings that move to the tail during the cast for stability and return to the center during retrieve for a balanced swimming posture.

• High-Frequency Action: Engineered with a tight, aggressive wobble and roll that generates significant vibration and flash to attract predators from a distance.

• Buoyant Floating Profile: The floating buoyancy allows for "pause-and-rise" retrieves, making it highly effective for triggering strikes and avoiding snag-prone underwater structures.

• Saltwater-Ready Durability: Constructed with a reinforced body and equipped with heavy-duty, corrosion-resistant hardware designed to handle the torque of powerful saltwater species.

• Versatile Depth Control: Responds instantly to rod work; whether you prefer a steady high-speed burn or a slow, rhythmic jerk-and-pause cadence, the lure maintains its tracking and stability.

SPECIFICATIONS