Description
The Dead Stick Baits Dead Stretch 4″ is a compact finesse curly tail worm combining a slender, ribbed body with an oversized curved tail designed to generate movement with very little effort.
The fine ribbing along the body increases texture and water displacement, while the thin curly tail comes alive on the fall, during a slow retrieve or with subtle movements of the rod tip. This combination is well established in finesse worm designs: comparable 4″ ring worms use segmented bodies to create additional water movement while their thin curly tails provide action on the fall and when twitched.
At 4 inches, the Dead Stretch is particularly well suited to finesse fishing when bass are pressured, inactive or feeding on smaller forage. Its tail can continue producing movement at slow speeds, allowing anglers to keep the bait in the strike zone without having to work it aggressively. Similar ribbed curly-tail worms are specifically designed to generate action even with minimal movement.
The Dead Stretch is highly versatile and can be fished on a Texas rig, Carolina rig, Mojo rig, drop shot or shaky head. It can be dragged along the bottom, hopped around structure or worked slowly through and alongside vegetation when a more subtle bass fishing presentation is required.
Features:
- 4″ finesse curly tail worm
- Slender soft plastic profile
- Fine ribbed body for added texture and water displacement
- Large curly tail creates swimming and fluttering action
- Tail responds to slow retrieves and subtle rod movements
- Compact profile for pressured and finicky bass
- Excellent for finesse bass fishing
- Effective around grass, rock, timber and other structure
- Versatile across multiple rigging techniques
- 8 baits per pack
Size: 4″
Quantity: 8 per pack
Bait Type: Finesse Worm / Curly Tail Worm
Recommended Techniques: Texas Rig / Carolina Rig / Mojo Rig / Drop Shot / Shaky Head
Target Species: Bass
Disclaimer
Product images are for illustrative purposes only. Actual colours, patterns and finishes may vary slightly from the images shown due to lighting, photography, manufacturing variations and individual screen resolution or display settings.
