Livingston 2017 Product Catalog
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<strong>Livingston</strong> Lures’ EBS Technology<br />
Electronic Baitfish Sound Technology<br />
<strong>Livingston</strong> Lures is the first and only company in the fishing industry to<br />
develop an intelligent lure for anglers.<br />
EBS Technology<br />
Electronic Baitfish<br />
<strong>Livingston</strong> Lures feature Electronic Baitfish Sound Technology, (EBS),<br />
Sounds<br />
which is embedded on a smart chip in the internal sound chamber of<br />
each lure. This EBS Technology emits natural biological sounds,<br />
mimicking baitfish that bass, walleye, pike, redfish, striper,<br />
perch and all predatory fish feed on. Natural baitfish sounds<br />
call fish from beyond their sight, including in dark or dirty<br />
EBS Smart Chip<br />
water. Once fish are called and are in sight range, the<br />
sounds trigger instinctual survival and feeding strikes.<br />
The technology is activated when the lure is submerged in<br />
water, and automatically turns off when out of the water and completely dry. EBS Technology attracts more<br />
fish and triggers more strikes so you can catch more fish. It’s as close to fishing with live bait as you can get:<br />
Just like fishing with live bait, is all you do is throw it in the water, and catch fish!<br />
<strong>Livingston</strong> Lures prides itself on reaching beyond the boundaries of traditional fishing lures and<br />
providing first-of-its-kind technology to anglers all over the world. <strong>Livingston</strong>’s EBS sound<br />
technology is based on the natural feeding habits of fish. It’s more than just sight and noise: it’s the<br />
actual, natural sounds that baitfish make. Sensing sound in the water is one of the most important<br />
attributes a fish has to locate food (or to keep them from becoming food!).<br />
“Besides being able to detect sounds, a critical role for hearing is to be able to discriminate between<br />
different sounds (e.g., frequency and intensity), detect biologically relevant sounds in the presence of<br />
background noises, and determine the direction and location of a sound source in the space around the<br />
animal 1 ” - The Effects of Mid- and High-Frequency Sonar on Fish report<br />
We focus our technology on how fish hear and design our lures based on that science.<br />
Fish can hear in a few different ways:<br />
• Fish can detect sound vibrations via a<br />
lateral line system, located on either<br />
side of their body.<br />
• All fish have inner ears located near<br />
the brain where they pick up higher<br />
frequency sounds.<br />
• They also have an air-filled swim bladder<br />
that acts as a resonating chamber,<br />
producing and receiving sound.<br />
lateral line<br />
inner ear<br />
swim bladder<br />
Just as all fish can hear, all fish make sounds as well. When fish swim, their gill plates compress<br />
their swim bladder, which emits sounds that entice hungry predatory fish to strike – this natural<br />
sound is what EBS Technology is based on.<br />
1 Popper, N. Arthur. “Effects of Mid- and High-Frequency Sonars on Fish,” http://www.navsea.navy.mil/<br />
nuwc/keyport/Environmental%20Documentation/Appendix%20B.pdf (accessed November 26, 2013).