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Military Sound Secret: Stop Making THESE Retrieves If You Want To Catch More Bass

Science of Fishing w/ The Green Valley Anglers

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Military Sound Secret: Stop Making THESE Retrieves If You Want To Catch More Bass

4 830 просмотров · 7 дней назад
Science of Fishing w/ The Green Valley Anglers
2,54 тыс. подписчиков
4 830 просмотров · 7 дней назад
Navy Shark Sound Tests Explain Why Thumping Bass Lures Get More Bites (Low-Frequency Pulse) Why do some fishing lures work better than others? New U.S. Navy research explains the science of predator response. Research by the U.S. Navy reveals that low-frequency sound is a primary trigger for predatory instinct. While many anglers focus on color or profile, the acoustic signature of your bait is often the deciding factor in whether a fish strikes or ignores your presentation. The study found that irregular pulses mimicking struggling prey are highly effective at drawing fish in, whereas steady drones or high-frequency vibrations fail to elicit the same predator response. By matching your fishing lures to these specific acoustic patterns, you can increase your efficiency on the water. Understanding the science behind bass fishing is about matching what the fish are evolutionarily programmed to attack. Travis from Green Valley Anglers breaks down U.S. Navy sound studies originally meant to deter sharks and shows how they explain why certain bass lures “call” fish from a distance. The research found predators responded far more to low-frequency pulsed sound—especially irregular pulses in the ~25–50 Hz range—while high-frequency sound and steady low-frequency drones produced little to no response, and repeated signals could lose effectiveness as animals conditioned to them. Travis connects this to how bass use the lateral line and inner ear, arguing struggling prey creates low, broken, chaotic pulses that trigger movement before fish ever see a lure. He explains how to apply it with thumping, pulsing baits (Colorado spinnerbaits, bladed jigs, single-knocker and lipless cranks, ploppers/topwaters), using speed changes, pauses, and retrieve irregularity, and dialing volume up in stained water and down in clear or pressured lakes. Subscribe for weekly fishing science breakdowns, and comment below if you want more research on lure design. 00:00 Navy Sound Discovery 01:01 Shark Study Results 01:53 Irregular Pulses Win 02:56 Bass Vibration Senses 04:06 Lures That Thump 05:32 Retrieve Strategy Guide 06:49 Clear vs Stained Water 07:29 Key Takeaways Wrap Up 08:00 Comments and Sign Off