Bottom Sweeper Tails -6 Pack

Upgrade your tackle box with the R&R Tackle Soft Plastic Tails — the perfect match for jigheads when you want lifelike movement, versatility, and reliable strike-triggering action underwater. These tails are designed to mimic real baitfish in look and motion, giving you a significant edge when chasing inshore and reef predators.


Hand-injected and crafted from soft plastic, each pack delivers six durable tails designed to lock securely onto screw-lock or keeper-style jigheads so your setup stays firmly rigged even under pressure.

The supple plastic flexes and moves as you retrieve, giving a natural flutter or swim action that attracts strikes from fish responding to a realistic baitfish silhouette.


Whether you’re casting over reefs, working ledges, drifting over deep structure, or fishing around docks and jetties, these soft plastic tails give you the flexibility to rig for the conditions. Pair them with your preferred jigheads for example, matching them with properly weighted jigheads or the company’s own jigheads and you’ll have a versatile lure that’s easy to customize and ideal for a wide range of species.

Pack Size / Quantity: 6 soft-plastic tails per pack.

Available Lengths: 4.5-inch and 5.5-inch versions.

Material: Hand-injected soft plastic for strength and flexibility.

Finish: Painted and coated with a transparent finish for durability built to withstand saltwater and heavy-duty use.

Compatibility: Designed to fit standard screw-lock or keeper-style jigheads (fits bottom sweeper and or bottom sweeper deluxe jig heads)

Intended Use: Excellent for fishing inshore and around structure docks, jetties, reefs, flats, or nearshore waters. Suitable for snook, redfish, sea trout, flounder, bass

Action: Soft-plastic material and tail design produce lifelike swimming, fluttering or darting action when retrieved mimics natural baitfish movement to trigger strikes.

Durability: Engineered to hold up through multiple strikes and repeated casts clear-coat finish and injected plastic resist tearing in saltwater and structure-rich environments