AR LIVESCOPE GLASSES?! The Future Of Fishing

Jay Siemens
3 Mar 202419:24

TLDRIn this exciting video, the host explores the innovative world of ice fishing with the aid of AR glasses. The glasses, connected to a Liv scope, project the GPS map unit onto the glasses, allowing the user to see the underwater environment and fish movements without constantly staring at a screen. The host demonstrates the ease of use, the ability to move around freely, and the potential for reduced neck strain. Despite some technical limitations like battery life, the video showcases the promising future of AR in fishing, providing a unique and immersive experience that could revolutionize the sport.

Takeaways

  • 🎣 The user is exploring ice fishing with AR glasses, specifically the Xra Air Pro 2s, which are budget-friendly and compatible with USB-C devices.
  • 🕶️ The glasses come with a blackout clip for use in dark environments and have adjustable nose pieces for a comfortable fit.
  • 💡 The glasses have built-in screens, buttons to adjust screen brightness and opacity, and are powered by USB-C, allowing them to draw power from a phone.
  • 📲 The user connects the glasses to a Garmin GPS map unit and LVS 34 transducer, which is powered by the phone's USB-C port.
  • 📱 The Active Captain app is used to cast the Liv scope screen onto the glasses, enabling a wireless and mobile fishing experience.
  • 🌞 The glasses are tested for visibility in bright sunlight, which is crucial for ice fishing conditions.
  • 🐟 The user can see fish locations in real-time on the glasses while moving around, which enhances the fishing experience and reduces neck strain.
  • 🔋 The battery life of the phone is a limitation when using the glasses, suggesting the need for charging solutions during extended use.
  • 🎣 The user catches fish using the AR glasses, demonstrating the practical application of the technology in fishing.
  • 👓 The glasses offer potential for other uses beyond fishing, such as navigation or entertainment, with the possibility of future developments in this technology.
  • 🐚 The user emphasizes the importance of responsible use of technology like front-facing sonar and promotes catch and release practices.

Q & A

  • What is the main activity described in the transcript?

    -The main activity is ice fishing, where the speaker is using AR glasses to view a Liv scope while fishing.

  • What are the AR glasses called that the speaker purchased?

    -The AR glasses are called The Air Pro Twos.

  • How does the speaker describe the functionality of the AR glasses?

    -The glasses project a screen in front of the user, allowing them to view the Liv scope without having to look directly at the device.

  • What is the purpose of the blackout clip that comes with the glasses?

    -The blackout clip is used to block out light, which can be helpful when watching a movie in a dark environment or while lying in bed.

  • How does the speaker connect the AR glasses to the Liv scope?

    -The speaker connects the glasses to their phone via a USB-C cable and uses the Active Captain app to cast the Liv scope screen onto the glasses.

  • What is the speaker's opinion on the use of front-facing sonar in fishing?

    -The speaker is supportive of front-facing sonar, believing that it is a useful tool that should be used responsibly.

  • What is the speaker's experience with motion sickness while using the AR glasses?

    -The speaker has not experienced motion sickness while using the glasses, but acknowledges that it can be an issue for some users.

  • How does the speaker envision the future of AR glasses in fishing?

    -The speaker imagines future AR glasses that can pan to wherever the user is looking, providing a more immersive and convenient fishing experience.

  • What limitation does the speaker mention regarding the use of the AR glasses?

    -The speaker mentions that battery life is a limitation, as the glasses need to be connected to the phone, which can drain the phone's battery quickly.

  • What is the speaker's final verdict on the AR glasses for ice fishing?

    -The speaker highly recommends the AR glasses for ice fishing, stating that they enhance the experience and are a glimpse into the future of the activity.

Outlines

00:00

🎣 Ice Fishing with AR Glasses

The video begins with the narrator excitedly introducing an ice fishing experience using AR glasses. They discuss the integration of AI, AR, and VR technology, specifically mentioning the use of VR glasses to display a Liv scope on the glasses. The narrator unboxes the glasses, which they purchased from Amazon as a budget-friendly alternative to high-end models. They explain the features of the glasses, including their ability to block light, adjust screen brightness, and control opacity. The glasses are powered by a USBC connection to the narrator's iPhone. The video then transitions to setting up the Garmin GPS map unit and transducer, which will transmit the Liv scope image to the glasses. The narrator emphasizes the ease of use and the wireless freedom provided by this setup, allowing them to move around while fishing.

05:00

🐟 Fish Spotting with AR

In this paragraph, the narrator describes their experience using the AR glasses to spot fish while ice fishing. They mention the ability to walk away from the fishing hole and still see the Liv scope screen, which is connected via Bluetooth. The narrator discusses the advantages of using a smaller screen and saving battery life, as well as the potential for future advancements in AR technology for fishing. They also share their excitement about catching fish, particularly a large pike, while using the AR glasses, and reflect on the evolution of fishing technology from paper graphs to advanced AR devices.

10:01

🕶️ AR Glasses in Action

The narrator continues to discuss the practicality and excitement of using AR glasses for ice fishing. They mention the potential for using the glasses as a teleprompter for fishing-related information and the ability to switch between screens, such as watching videos or using the Liv scope. The narrator also addresses the issue of motion sickness and the importance of responsible use of technology. They share their success in catching fish, including a large pike, while using the AR glasses and express their enthusiasm for the future of AR in fishing.

15:02

🔋 Battery Life and Future of AR in Fishing

The video concludes with the narrator discussing the limitations of using the AR glasses, particularly the battery life of their phone. They suggest potential solutions for charging the phone while using the glasses. The narrator reflects on the various uses for the AR glasses in fishing and other activities, predicting that companies will develop more AR headsets for this purpose. They also promote proper fish handling and catch-and-release practices, and mention a new product called 'Catch and Cook,' which is available in gluten-free options.

Mindmap

Keywords

💡Ice Fishing

Ice fishing is a method of catching fish through holes in the ice on a frozen body of water. In the video, the host is using advanced technology to enhance the traditional ice fishing experience. The term is central to the video's theme as it describes the activity being performed and the setting where the technology is applied.

💡AR Glasses

Augmented Reality (AR) glasses are wearable devices that overlay digital information onto the user's view of the real world. In the context of the video, AR glasses are used to display the live feed from a fish finder (Liv scope) directly in the user's line of sight. This technology is a key element of the video, showcasing how AR can improve outdoor activities by providing real-time data without needing to look away from the surroundings.

💡Liv Scope

The Liv Scope is a type of fish finder that uses sonar technology to detect fish and other underwater structures. In the video, it is the device whose screen is being projected onto the AR glasses. The Liv Scope is crucial to the video's narrative as it represents the traditional fishing tool being augmented by the AR glasses for a more immersive and convenient experience.

💡AI (Artificial Intelligence)

Artificial Intelligence (AI) refers to the simulation of human intelligence in machines that are programmed to think and learn. While not explicitly detailed in the video, AI is mentioned as part of the technological advancements that are shaping the future of activities like ice fishing. AI could potentially be integrated into devices like the Liv Scope to improve fish detection and user experience.

💡Bluetooth

Bluetooth is a wireless technology standard used for exchanging data over short distances. In the video, Bluetooth connectivity is used to link the Liv Scope to the AR glasses, allowing for a wireless and hands-free experience. This technology is essential for the practical use of the AR glasses in the outdoor setting of ice fishing.

💡USB-C

USB-C, or Universal Serial Bus Type-C, is a widely used connector for data transfer and charging. The video mentions USB-C as the means by which the AR glasses are powered and connected to the phone, which in turn powers the Liv Scope. This technology is important as it simplifies the setup and use of the AR glasses in the field.

💡Active Captain App

The Active Captain App is a Garmin application that works with certain devices to cast screens onto a phone or other display. In the video, the app is used to project the Liv Scope's screen onto the phone, which then transmits the image to the AR glasses. This app is a key component in the video, enabling the seamless integration of the Liv Scope's functionality with the AR glasses.

💡Transducer

A transducer is a device that converts one form of energy into another, often used in sonar systems to emit sound waves and receive echoes to detect objects. In the video, the LVS 34 transducer is part of the Liv Scope system, used to detect fish underwater. The transducer is central to the video's theme as it is the source of the sonar data that is being visualized through the AR glasses.

💡Tint and Opacity

Tint refers to a slight coloration added to an image or display, while opacity is the degree to which an object is transparent. In the video, the host adjusts the tint and opacity of the AR glasses to improve visibility in different lighting conditions. These adjustments are important for the user's ability to see the Liv Scope screen clearly against the bright ice fishing environment.

💡Motion Sickness

Motion sickness is a discomfort caused by the conflict of visual and balance information, often experienced in virtual reality or augmented reality environments. The video mentions the potential for motion sickness when using AR glasses, which is a consideration for users of such technology, especially in dynamic outdoor activities like ice fishing.

💡Cord Management

Cord management refers to the organization and handling of cables and wires to prevent tangling or obstruction. In the video, the host mentions the need to avoid getting the USB-C cord caught in the auger, highlighting the practical challenges of using electronic devices in outdoor settings. Proper cord management is essential for safety and the smooth operation of the equipment.

Highlights

The user is ice fishing with AR glasses, projecting a Liv scope onto the glasses.

The AR glasses are called The Air Pro twos, purchased from Amazon.

The glasses are budget-friendly and have a blackout clip-on for use in various lighting conditions.

The glasses have built-in speakers and are powered by a USBC connection.

The user connects the Liv scope to the glasses using a USBC cable and the Active Captain app.

The glasses allow the user to see the Liv scope screen wirelessly and adjust the brightness and opacity.

The user can see fish at various depths and move around freely without needing to stare at a fixed screen.

The user experiences less neck pain due to the mobility provided by the AR glasses.

The user can see fish moving and adjust their fishing strategy in real-time.

The user catches a fish while wearing the AR glasses, showcasing the practical application of the technology.

The user discusses the potential for future advancements in AR technology for fishing, such as 360-degree tracking.

The user emphasizes the importance of using front-facing sonar responsibly.

The user's fishing experience is enhanced by the AR glasses, making it more interactive and enjoyable.

The user catches a pike using the AR glasses, demonstrating the technology's effectiveness in various fishing scenarios.

The user's friend, Brandon, tries the AR glasses and is amazed by the experience.

The user catches a 30-inch pike using the AR glasses, showcasing the technology's potential in fishing.

The user discusses the limitations of the AR glasses, such as battery life and the need for charging solutions.

The user envisions future uses for AR glasses in fishing, such as mapping overlays while boating.

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