Sustainable Fishing Rigs: Built to Protect Rivers Without Sacrificing Performance
Sustainable fishing rigs help anglers reduce lost tackle, avoid toxic materials, and protect fish habitat — all while still catching fish.
The FATKAT™ rig was designed around these exact principles.
Key Takeaways
What makes a fishing rig sustainable?
A sustainable rig starts by being built to stay on your line. It uses strong knots and special shapes that don't get stuck on rocks. This keeps your hooks and weights from snagging and being left in the water where they could hurt animals.
Do lead-free weights really matter?
Yes. Lead is a poisonous metal. If you lose a lead weight, it stays in the river forever and can make fish or birds sick. Using steel or tungsten weights keeps the water safe and clean.
Is there an eco-friendly fishing line?
Yes. Some newer lines are built to break down faster if they get lost. However, if you are not ready for that yet, you can also help by using "braided" line, which is very strong and less likely to snap off and leave "ghost line" in the river.
Traditional Fishing Rigs vs Sustainable FATKAT™ Rig
| Feature | Traditional Rigs | FATKAT™ Rig |
|---|---|---|
| Weight Material | Lead sinkers can poison fish and waterfowl when lost | Steel inline weight is non-toxic |
| Bobber Material | Plastic or foam floats persist for decades | Plant-based float breaks down over time |
| Snag Risk | Bottom contact increases hang-ups | Suspended bait reduces snags |
| Lost Tackle Impact | Hooks, weights, and line remain in the water, harming fish and birds | Designed to reduce break-offs |
| Hook Type | J-hooks and treble hooks often gut-hook fish | Circle hook improves survival |
| Rig Complexity | Many parts increase debris when lost | Fewer components, fewer loss points |
| Snag Impact | Bottom-weighted rigs snag more often, increasing lost tackle | Suspended design lowers snag rates and reduces break-offs |
Sustainable Fishing Gear: Why Circle Hooks Make a Safer Rig
Sustainable Fishing Rigs: Common Questions Answered
Yes. When you suspend your bait (keep it floating), it doesn't drag across the bottom. This means you are much less likely to get snagged on rocks or logs. If you don't get snagged, you don't lose your gear in the river. It is the most sustainable thing you can do.
Every time you get stuck and break your line, you leave "trash" in the water. Rigs that are made to slide over rocks help you keep your gear. This protects the river and saves you money, and time.
Yes — when paired with circle hooks, lead-free weights, and smart rig design.
Yes, as long as we are careful. By using circle hooks and taking our trash home, anglers can enjoy the river without hurting the fish population or the water.
Yes. Lead is toxic to fish and birds even in small amounts.
Reducing snagging isn’t just about saving money and time— it prevents fishing tackle from being left behind where it can harm fish, birds, and aquatic habitat.
Sustainable Fishing Rigs
Explore the FATKAT™ Rig
High-performance, eco-friendly drift rigs designed to reduce lost tackle, avoid toxic materials, and keep rivers cleaner, while catching more fish
RESPONSIBLE METHODS
Fishing Practices
Learn safe, smart practices that protect fisheries and reduce unnecessary tackle loss
LEAD REGULATIONS
What is new in 2026
In addition to various state bans, there are new federal bans in specific wildlife reserves starting in 2025
Resources and Further Reading:
If you’d like to explore more on the science behind the FATKAT
- Feeding Ecology in Catfish River Habitat Eggleton, M. A., & Schramm, H. L. Jr. (2004). Feeding ecology and energetic relationships with habitat of blue catfish, Ictalurus furcatus, and flathead catfish, Pylodictis olivaris, in the lower Mississippi River, U.S.A. U.S. Geological Survey.
- Data on River Food Web Disruption by Catfish Hodgson, O., Stark, S., Schall, M. K., Smith, G., Wagner, T. (2024). Data describing a predatory fish invasion on a riverine food web. U.S. Geological Survey.
- Fish Habitat Quantification Study Heimann, D. C., Richards, J. M., Brewer, S. K., & Norman, R. D. (2005). Quantification of Fish Habitat in Selected Reaches of the Marmaton and Marais des Cygnes Rivers, Missouri. U.S. Geological Survey Scientific Investigations Report 2005-5180.