Lucky Craft B'Freeze 65 SP Pointer Lure 5g Laser Rainbow Trout

Lucky Craft B'Freeze 65 SP Pointer: When the Pause Triggers the Bite

Many strikes do not happen while you are reeling in, but at the very moment the lure appears to stand still. The Lucky Craft B'Freeze 65 SP has been built precisely for that instant.

Brass Weights for a Very Low Centre of Gravity

Specially made brass weights inside the body shift the centre of gravity far downwards. The effect shows itself the moment you stop: instead of simply gliding out, the lure begins to wobble and vibrate. This residual movement is the actual trigger, because it signals an injured prey fish to any predator following behind.

Suspending at 0.9 to 1.2 Metres

At this depth the Lucky Craft Pointer suspends and emits fine vibrations that remain noticeable even at complete rest. You can extend the pause deliberately without the lure leaving the productive water layer. Please note that the exact suspending behaviour is influenced by water temperature and line diameter.

Walk the Dog Below the Surface

A short twitch of the rod tip sends the Lucky Craft minnow into sideways darting movements. This left to right gliding is familiar to many anglers from surface lures; here it takes place underwater. Two or three twitches followed by a deliberate pause is the retrieve with which this Lucky Craft hardbait plays to its strengths.

What Speaks for This Lure

• Responds to the stop with wobbling and vibration of its own
• Holds the suspending phase at a productive depth of roughly one metre
• Produces Walk the Dog with minimal effort at the rod
• Compact 6.5 cm at 5 g, therefore also suitable for cautiously feeding fish
• Fitted with VMC hooks in size 8 as standard

Suitable Target Species

The Lucky Craft B'Freeze performs on perch and zander just as well as on trout and rainbow trout. It pays off particularly in clear waters, where fish have time to inspect the lure, thanks to the combination of suspending phase and subtle vibration. In heavily flowing stretches a suspender of this design reaches its limits; there, deeper running models tend to be the better choice.