This is a limited-time offer, available while supplies last. The discount is based on the original price, and intermediate markdowns may have been taken.
Product Details
The Chamberlain Stacker Downrigger Release offers precision control with independently adjustable vertical and horizontal tension, giving anglers an exact setting for every trolling pass. The vertical adjustment applies added downward pressure to keep the rod loaded, eliminating slack on the strike and improving hookup speed—especially important when targeting light-biting species like walleye or coho. The magnetic-based horizontal tension system can be fine-tuned from 0 to 4.5 lbs. with just ounces of variation, making it easy to dial in specific lures, dodgers, or baits without triggering false releases.
This stacker release attaches securely to steel downrigger cables and features a locking cam that holds position on the wire but automatically unlocks when it contacts the downrigger pulley. It's small-fish friendly, minimizes line slippage, and holds up under pressure thanks to stainless steel and quality plastic construction. Whether you're trolling the Great Lakes for trout or salmon or fine-tuning setups for inland species, this stacker release adds versatility and sensitivity to any trolling spread.
- Part Number: 101
- Independent vertical and horizontal tension adjustments
- Adjustable from 0–4.5 lbs. for species-specific tuning
- Magnetic tension system minimizes false releases
- Locks to steel cable and auto-releases at downrigger pulley
- For steel cables only
- Quantity per pack: 1
Made in the USA
FishUSA Customer Reviews
-
Bad cable lock
I'm a Chamberlain Release fan but not the stacker. The cable lock mechanism is awful. I had to put crimps on my cable both above and below the release to hold it in place.
-
The Best Stacker Release for Downriggers!
This is the best stacker release I've yet to see. It's much more adjustable than the pincher releases. As such, this works for both aggressive hard-biting fish & those with a soft bite. … Read More