Big Bite Baits Lindner Panfish Special 1.5in Pearl Chartreuse Tail 5 Pack Card

Meet the Big Bite Baits Lindner Panfish Special, a compact 1.5-inch jig designed for panfish like crappie and bluegill. Weighing 3/32 oz, this jig features a solid body paired with a lively feather tail that responds to the lightest rod twitch. Created with input from Al Lindner and the Angling Edge team, it’s engineered to be ready to fish straight from the package, making it a practical choice for quick setups on the water.

Key features

• Perfect Crappie Bait
• Made in the USA or Imported
• Plastic construction
• Various Colors

The jig’s compact 1.5-inch profile helps it dive into tight water columns where panfish like to roam. The 3/32 oz weight provides a balanced drop that stays steady in light currents, while the feather tail adds natural movement on the slightest rod action. The Pearl Chartreuse Tail option offers high visibility in mixed water conditions, giving anglers a clear target against a variety of backgrounds.

What you get

• Five jigs per card (5 Pack)
• Card packaging for easy organization and display

Packaged on a convenient display card, these jigs are easy to transport and rotate through different setups. The durable plastic body is designed for repeated casting and light-twitch fishing, making it suitable for busy days on the water when you want reliable, ready-to-fish gear at hand.

How to use

Cast near structure, weed edges, docks, or submerged covers where panfish tend to hide. Use short, deliberate rod taps with brief pauses to let the feather tail flutter and draw attention. Vary depth by adjusting line length and retrieve pace to find the bites in your current location.

Why this jig stands out

Designed for practical, real-world use, the Lindner Panfish Special blends a sturdy body with a lifelike tail that moves with minimal input. While individual results vary, the combination of size, weight, and color options is intended to help anglers entice curious panfish and achieve clean, confident presentations on the water.