Patent Pending High Strength Direct Connect Jig Link
Built for lure makers who refuse to compromise on their connections, the LunkrBytes TorsiArc™ #2 Connector combines heavy duty materials with a patent pending closure design engineered for strength, durability, and dependable component retention.
Each TorsiArc™ is formed from 1.3 mm full hard 304 stainless steel, providing exceptional resistance to bending and deformation while delivering excellent corrosion resistance for both freshwater and saltwater applications.
What sets the TorsiArc™ apart is its patent pending non lengthwise closure geometry. Instead of relying on the traditional pinch style closure used by many conventional connectors, the preformed openings allow your lure components to be installed and the loops mechanically rotated into their closed position with pliers. This design makes it possible to use harder, more resilient stainless steel while achieving a tight, secure connection.
The TorsiArc™ is ideal for direct connect bladed jigs, but its use is not limited to any particular mold or lure design. It can be used anywhere this style of #2 connector is normally used to join blades, jigheads, hook eyes, wire forms, and other compatible lure components.
Why Choose TorsiArc™?
- 1.3 mm full hard 304 stainless steel
- Patent pending closure design
- Exceptional resistance to bending and deformation
- Tight mechanical closure
- No glue, solder, or welding required
- Corrosion resistant for freshwater and saltwater use
- Designed for direct blade to jighead connections
- Compatible with the Do It Molds Slayer II and other applications using this style of #2 connector
- Built for custom lure makers who demand dependable components
Build It Stronger
Whether you're building vibrating jigs, experimenting with your own lure designs, or replacing conventional #2 connectors with a heavier duty option, the LunkrBytes TorsiArc™ #2 Connector gives you a compact, high strength connection built for serious lure building.
Build it. Fish it. Prove it.™
Patent Pending
