Best Musky Rods For Sale Now Using Nanotechnology

Over the past several years Aquarius has more than once impressed the muskie fishing community with their innovative, and dare I say the best muskie rod and reel combo for sale, and every year they seem to raise the bar by finding new ways to produce unique ultra-high performance musky rods for muskie fishermen. Beginning with their Duo-Primus technology to their very popular Supra series of musky rods, Aquarius has once again positioned themselves on the forefront of musky rod innovation by introducing their new 2015 rods that utilize “Nanotechnology.”Best Musky Rods For Sale Now Using Nanotechnology

The most recent technology behind the 2015 Aquarius musky rods is brand new to the entire fishing rod industry. Other muskie rod companies have not designed a musky rod like this before. Through the application of Nanotechnology, Aquarius is able to form Carbon Microtubes to further enhance a fishing rod’s power and sensitivity, thus increasing the rod’s overall performance. Usually when we hear the term Nanotechnology, we tend to think of extremely small particles.

Nano-Q Musky Rods Using Nanotechnology

The all new Aquarius NANO-Q series muskie rods are breathtaking. In fact, when we got our first glimpse of the snapshots of the bare-bone muskie rod, without a clue of what it was made from, the hand grip looked something like a German rifle stock. This fishing rod does not look even remotely similar to the Duo-Primus nor the Supra JKX series rods, and we knew right away that Aquarius had once again come up with another very unique product to showcase at the ICAST conference this year. You can read more about musky rods, including these, over at

The NANO-Q is the fishing industry’s first and only musky rod to utilize Carbon Microtube Technology. The application of this new technology results in a musky rod that is more powerful, lighter, and stronger with an overall increase in sensitivity thanks to the reduced resin amounts and the added carbon fiber loading which is attained by using their carbon fiber Microtubes. The tiny Microtubes in the Aquarius Nano-Q musky rod are so minute that they can fill many of the “gaps” that bigger fibers tend to leave open which results in an overall more resilient construction. This nanotechnology has several key benefits and Aquarius harnesses the special attributes of nano-design to develop a muskie fishing rod different than any other.

Best Muskie Rods Models

The brand new Aquarius NANO-Q musky rods will have a planned six different models, three for casting and three for spinning, which will be similar to their current “Old Skool” musky rods.

Aquarius is known quite well for it’s innovative use of exotic materials when making musky rods, and they are the first manufacturer to ever use Carbon Microtube Composites in a musky rod. Even thought we only managed to get a sneak peek of what is new for 2015, we are quite excited about these musky rods. If they are everything that Aquarius claims, the new NANO-Q muskie rods will be strong, exceptionally durable, and extremely sensitive due to the use of nanotechnology. The Aquarius NANO-Q is bound to make a huge splash at next months ICAST conference in Las Angeles. While a lot of musky rod companies simply get by with conservative changes to their current fishing rod lineup, Aquarius proves yet again that they are willing and able to be the leaders to make use of advanced materials and produce radical new fishing rods.

Portable Fish Finders: Using Science To Catch Fish

Now a days, if you are wanting to catch more fish from your kayak or a boat, you can greatly increase your chances by using a depth sounder or one of the top portable fish finder for sale online.

Portable Fish Finders & Science

What really interests us, however, is the science behind portable fish finders. Portable and cheap fish finders, in terms of technology, are developing nearly daily as they are becoming increasingly more accurate, sensitive, and incorporate advanced features, such as GPS or sonar. While the portable fish finders are becoming smaller, they are also becoming more complex. Additionally, manufacturers such as Lowrance, Humminbird, and Garmin are now offering fish finders that can multi-task. For example, your portable fish finder can now even double as your GPS or chartplotter.

Fish Finder Transducers

Because the transducer transmits and receives the signal, and then sends it to the device for reading and display, a fish finder’s transducer is arguably just as important as the fish finder screen. The type, location, and power, of the fish finders transducer all have a significant impact on the usefulness and accuracy of what the fisherman sees on the display.

Most often, transducer frequencies operate in the 200 and 50kHz ranges. While they are most commonly found in a combination of both, they are also available as stand-alone frequencies. As it has a lower frequency, thus greater water penetration, the 50kHz generally used in deeper water situations. The drawback of the 50kHz transducer is that it delivers less information on the fish finders display. If you are using your portable fish finder to look for small bait, or deep fish, you will likely want to go with a 200kHz transducer. If this describes your situation, you definitely don’t want to get a cheap fish finder for sale.

cheap fish finders for sale online

Don’t forget, other factors such as water quality and clarity and water turbulence will also have an impact on how deep the signal will penetrate the water, and ultimately what you will see on the fish finder display.

Fish finders transducer output of power is most often measured in kilowatts and Watts. Often times you may see references to Watts “RMS” or Watts “peak-to-peak”. By dividing the peak-to-peak Wattage by a factor of 8, you end up with the fish finders RMS specification. In a cheap fish finder for sale, which might cost $300, you will have maybe 1400 Watts peak-to-peak. On the other hand, with a higher end $1300 fish finder, it may have upwards of 2300 Watts peak-to-peak. That is a significant difference which could be measured in several hundred feet. Most of the smaller, portable fish finders, which you might use on a kayak or canoe, are on the lower end of this spectrum.

How Portable Fish Finders Work

The transducer of the portable fish finder outputs an analogue signal that is then converted into sound pulses. These pulses are then transmitted back through the end of the fish finders transducer. While traveling through the water, they form a column that is shaped like a radiating conical beam. The depth that is measured by the depth finder is determined by the amount of time that the signal requires to travel both to and from an object. At the same time, the portable fish finder additionally uses the return signal volume and strength to decipher relative sizes and shapes.

best portable fish finder

Are 3D Sonar Fish Finders Affordable?

It’s true that $300 may net you a lower-end fish finder which will provide you water depth and a fair display for basic fishing use, most fishermen with a trailer boat should look for a 3D sonar fish finder capable of a diverse range of uses. Based upon our research of fish finders for sale online, if you are wanting a bright, colorful display on your depth finder, the expected cost will likely be in the neighborhood of $1200. For more serious anglers fishing in deeper waters, like the Pacific Ocean, where water depths are easily thousands of meters, they truly need to consider a 1kW transducer 3D sonar fish finder for approximately $1500, or more, and the fish finder that will be the brain of the operation should be about $2100 or so.

Fish Finders Of Tomorrow

There are rumors that some of the portable fish finder manufacturers, like Eagle, Humminbird, Lowrance and Garmin are working on the next generation of fish finders, some of which may be robotic and able to be steered or controlled from the boat. We can’t wait to see these fish finders for sale in the future. A great resource to track future fish finder technology and read fish finder reviews is

Robotic HID Headlights

Robotic HID Headlight Kits

Everybody knows that driving in storms can be a tough challenge, and frequently quite dangerous. This is due to decreased visibility, especially at night. Now, however, a new high-tech HID headlight device intends to clear things up for drivers. These new HID headlights kits for cars claim to make maneuvering the roads quite a bit safer. They are being referred to as Robotic HID Headlights.

Robotic HID Headlights

Smart Robotic Headlights

According to the National Motorway Quality Traffic Safety and Security Administration, in the year 2010, over 2,600 fatal car crashes took place in snow and rain. Mishaps like these can now more easily be prevented in the near future, thanks to a clever HID headlight kit system developed by Srinivasa Narasimhan and his team of analysts at Carnegie Mellon College’s Robotics Institute.

Utilizing a camera, a software light projector, and an application algorithm, the team’s clever front headlights system reroutes light aimed at bits of rainfall.

How Robotic HID Headlights Work

Here is how the system works: The camera spots the movement of snow flakes or raindrops and uses the formula to estimate exactly how fast the bits are moving and where they’ll be a few nanoseconds later. The light projector then deactivates the certain light beams that would have otherwise brightened the precipitation particles.

The team states that the system can remove approximately 70 or 80 percent of visible snow or rainfall while driving at reduced rates during heavy storms. 13 nanoseconds is all the time this process takes to complete. For reference, this is 25 times faster than it takes the human eye to blink. By doing so, the headlights creates a quick flicker of lighting that reduces the distracting glare and distortion throughout a rainy drive.

The researches are still working to ensure that the system will work at faster highway speeds. The smart robotic hid headlights kits response time needs to be reduced by only a couple of nanoseconds, in order to work appropriately at freeway speeds and in snow, rain, and hail. The team of researchers are certain that this is viable using smaller parts and improved materials that would decrease delays.

New robotic technologies like Narasimhan’s clever robotic Bi-Xenon HID headlight kits are necessary in today’s culture where more people are driving at nighttime.

For more information, including reviews and how you can attain these new HID headlight kits, please visit


Dental Implants Using Robotics

The use of robotics in the field of dentistry is still in the early stages. Being that it is so new, this area of research is full of opportunities. The number of applications is vast. Although still new, initial research looks inspiring. Of interest to most is Dental Implants Using Robotics.

One area that students and researchers are working on using robotics is dental implant surgery. While the surgery may never

Top Dental Implants Indianapolis

top dental Implants Indianapolis

be fully automated with robotics, robots can be used for preoperative planning, as well as the surgery itself.

The purpose of using a robot to aid in dental implant surgery is to automate the drilling process involved with the procedure. Benefits of using the robot are an overall safer procedure, more accurate drilling, and quicker healing times.

At present, researchers are able to create a digital 3-D map of teeth. With this 3-D model, researchers are able to create a route for a robot to drill on. The robot is an industrial type called the Denso. They managed to successfully create a boundary around the tooth.

Using a process called teleoperation and software known as Miscroscribe MX, researchers were able to control the Denso robot’s movement. These initial results show promise that dental operations such as dental implant surgery with the use of robotics is possible.

Dental Implants Using Robotics

While the preliminary results look promising, there are still some areas that need to further addressing. For instance, patient movement must be tracked using some type of motion sensing device. When motion by the patient is detected, the robotic drill must be able to turn itself off. Next, while the Denso was successful in testing, a more suitable real-world robotic arm must be designed to replace it.

Students and researchers are looking at other areas of dentistry that could benefit from the use of robots. Such areas include denture planning, tooth extractions, jaw surgery, and pre-prosthetic surgery. For now, we are excited by the future of Dental Implants Using Robotics.