Free Shipping on AU Orders $100+ | 10% Off First Purchase

Load image into Gallery viewer, Wayward Fishing - Bottle Rocket 110
Load image into Gallery viewer, Wayward Fishing - Bottle Rocket 110

Wayward Fishing - Bottle Rocket 110

Regular price $19.95
Sale price $19.95 Regular price
Sale Sold out
Unit price
/per 
Tax included. Shipping calculated at checkout.
Colour:
Dirty Ice
Black
Flamingo
Blue/Yellow
Pink/Purple
This is a pre order item. We will ship it when it comes in stock.

*Rigging not included (for display/instruction purposes only)

The Bottle Rocket 110 may be the smallest in the family, but it’s built tough and packed with performance. Crafted from 100% recycled HDPE plastic, this lure is not only eco-friendly but durable enough to handle rough conditions. Its tungsten weighting gives you exceptional casting distance without the concerns of lead toxicity. With its fast, skipping action, the Bottle Rocket 110 mimics a fleeing baitfish—perfect for targeting species like tuna, tailor, salmon, or bonito.

The Bottle Rocket 110 is a durable, eco-friendly topwater lure designed for long casts and fast retrieves, perfect for mimicking fleeing baitfish and enticing aggressive strikes.

Weight

The lure body is 25g (unrigged) and weighted with tungsten carbide which gives it great casting distance and also means you don't have to worry about the toxicity of lead.

Construction

The 110mm long body is made from solid 100% recycled HDPE plastic which means you can drag it up the rocks all day. To give you piece of mind the 1.6mm 316 stainless steel thru-plate means you will stay connected to your fish of a lifetime no matter what.

Easy Action

The Bottle Rocket 110 is designed to be retrieved at speed and skipped across the surface to mimic a fleeing baitfish.

Recommended Rigging

The Bottle Rocket 110 can handle a variety of hooks such 2/0-4/0 size singles and the 1/0-2/0 sized trebles. Avoid tying your leader directly to the front tow point—instead, use a split ring with a solid ring, swivel, or loop knot for smoother, more responsive action and reducing the risk of knot failure.