Let's begin on a high note: 100%! Fish finders can operate in shallower water.
Well, that's mostly the case. There are really two elements that can affect a fish finder's ability to operate correctly in shallower water:
- The type of fish finder you're using
- The depth of the water
If the water's really shallow, the sonar frequency will play a big role in whether or not it works (along with several more components). Let's dive right into some of them so that you can find out more about what can affect it.
What's the Sonar Frequency Level?
It's important to remember this one important detail when it comes to sonar: greater frequencies lead to better image resolution. In addition, it becomes easier to detect what's in the water when the frequency is less, and lower frequency levels are able to travel more deeply.
However, since we're focusing on fishing in shallower water, depth shouldn't matter as much here. Therefore, it's best that you'll have a transducer that can provide sonar at greater frequencies (from 200 kHz or more). The greater the frequency, the better the results.
Changing How Deep Your Fish Finder Travels
When you purchase a fish finder of value, it will come with an auto depth technology. While some are pre-set to just a certain depth (around 30 feet), when you're fishing in shallower water it will be beneficial to adjust the settings accordingly. You have the option to make the changes manually to suit your needs.
This feature allows you to determine the level of the bottom from which you're fishing much more clearly, enabling you to set the controls to fit.
What About Noise in Shallower Water?
A huge issue that you'll come across when you fish in shallower water is sound (or noise rather). Your transducer will be in the vicinity of plenty of material that can affect sonar signaling efficiency, resulting in some serious noise.
A downside to this is that it can negatively impact your ability to interpret readings correctly. Thankfully, however, noise lowering technology is a component that comes with fish finders, helping you to counteract it.
While lowering noise can often be made successful via automation tools, if you're still struggling to make proper readings you can make a manual adjustment. Just be wary though that this can reduce the clarity needed for detecting smaller-sized fish. However, when it comes to the larger fish that are more your priority, you'll be happy to know that sonar detection should still work just fine here.
Is Imaging Affected in Shallower Water?
Side and down imaging both operate greatly in shallower water, you'll be pleased to know. Side imaging is the most efficient here. When it comes to detecting the bottom, you might not even need to use your fish finder, However, that's reliant upon the depth and clarity of the water. Down imaging can be a fantastic alternative for bottom detection that can provide desired results.
When it comes to imaging tools, they use sonar transmitting high frequencies only. And with great frequencies comes improved imaging.
Want to know some of the best fish finders for use in shallower water? We've got your back! Check out our collection of the top fish finders around. Find one that's got a transducer with a better frequency. But it's OK - the majority of them have, so it'll be easy to find one that's right for you!
Fishfinderbrand.com aim to provide comprehensive buying guides and reviewed about various best fish finder products on the market and help anglers out there make the most out of every fishing experience.