This summary of the video was created by an AI. It might contain some inaccuracies.
00:00:00 – 00:24:47
The video, presented by TJ from Kayak USA, explores various approaches to adding electrical power to kayaks, comparing DIY methods with more streamlined, plug-and-play systems like Yak Power. TJ transfers electrical setups, including Yak Power, from an old kayak to a new Hobie Pro Angler, aiming to help viewers decide the best approach based on installation ease and costs. Key components discussed include batteries, relay modules, switch panels, and various ports such as USB and 12-volt. While the Yak Power system is highlighted for its convenience and quick installation, DIY options are examined for their flexibility and cost-effectiveness despite requiring more effort and technical skill. Detailed installations, including lighting, fish finders, and other electrical components, emphasize the importance of proper wiring and protective measures, like inline fuses. The video concludes with considerations of the hidden costs of DIY projects and a suggestion to subscribe for more content on kayak modifications.
00:00:00
In this segment of the video, TJ from Kayak USA discusses options for adding power to a kayak. He explains that you can either take a DIY approach, which is more cost-effective, or use a plug-and-play system such as Yak Power, which is more expensive but simpler to install. TJ shares his experience of transferring gear from his old kayak to a new Hobie Pro Angler, including the Yak Power system. He is reinstalling the Yak Power kit to cover the holes left in the old kayak and plans to illustrate the differences between the DIY method and the Yak Power system using a whiteboard. He aims to help viewers decide which method is best for them by explaining the installation process and cost differences. The segment is intended to be informative, especially for viewers considering adding electrical installations to their kayaks.
00:03:00
In this part of the video, the presenter discusses the flexibility and benefits of using yak power systems for kayaks, particularly focusing on the ease of wiring and installation. He explains how these systems can accommodate various configurations, such as switches, USB ports, and 12-volt ports, based on individual needs. The main components include a battery, a relay module (yak power main box), and a switch panel. The relay module connects to the battery with positive and negative terminals, and then to the switch panel using a special cord. The module also features multiple quick-connect SAE plugs for different accessories like running lights, interior lights, and fish finders. The presenter emphasizes the convenience of plug-and-play functionality, reducing the need for wire cutting and splicing. He notes that while yak power lights are recommended for compatibility, custom setups are possible but not advised. Lastly, he mentions an $89 kit available on Amazon and provides links for purchasing in the video description.
00:06:00
In this part of the video, the presenter unboxes a Yak Power relay box and a power panel with push buttons. They explain that the relay box includes pigtails that are numbered to match the button panel. They also mention alternative wireless versions for those who don’t want to drill holes in their kayaks. The presenter describes the setup as “plug and play,” acknowledging its higher cost but emphasizing its durability and ease of use. They highlight the advantage of the system’s flexibility, allowing users to easily switch between different components like lights and fish finders.
00:09:00
In this part of the video, the presenter discusses different setup options for installing electronic components on kayaks. He compares the yak power system, which is more expensive but offers a cleaner and long-lasting installation, to various Amazon-sourced setups that are more customizable but require DIY efforts. The Amazon options come in different shapes and typically lack a relay system, meaning users must decide whether to use ports as switches or actual outlets. The presenter emphasizes the need to consider the thickness and available space on the kayak for installation, particularly highlighting the necessary access to the back of the setup for proper mounting and wire connections.
00:12:00
In this part of the video, the speaker discusses the process of replacing and configuring individual switches for a setup, similar to the yak power system. They explain the components and functionality of a typical switch panel setup, which includes a voltage meter, a 12-volt cigarette lighter plug, and a dual USB charging port. They highlight that you need to run wires, cut, and splice them properly, recommending the use of heat shrink. They compare the cost of a DIY setup to purchasing a pre-made yak power system, suggesting that while the DIY setup might be cheaper, it requires more effort in terms of wiring and installation. The recommendation is to go with the yak power system if affordable, due to its convenience and ease of installation.
00:15:00
In this part of the video, the speaker discusses the cost and installation options for boat lighting, emphasizing that while cheaper LED lights from Amazon are available, they require extensive troubleshooting and wiring. For a quicker, cleaner installation, the speaker recommends the Yak Power system. They demonstrate the Yak Power control panel, noting its flush-mounted design and ease of use. The speaker shows its connection to different lights and mentions the quality and longevity of the lights used. They also explain the mounting process and provide insights on drilling and fitting the control panel into the kayak. Additionally, the speaker describes other DIY installations, including a 12-volt outlet for a fish finder and a USB port.
00:18:00
In this part of the video, the speaker discusses the setup and installation of a Yak Power system in a kayak. They describe integrating the system with both DIY front camera mounts and power setups. Key points include the connection of the main controller to the relay box with a watertight o-ring for secure and waterproof connection. The video demonstrates how to install the Yak Power system using specific screws that lock the unit in place within the kayak. Additionally, the speaker highlights the importance of inline fuses, explaining that an inline fuse between the main battery and the relay protects the system and adding another inline fuse specifically for the fish finder for added protection.
00:21:00
In this part of the video, the speaker discusses the setup of electrical systems on a kayak. He explains running one line with his Garmin or fish finder and another to a main relay box. He will use a 17.5-amp-hour FPV power battery for charging devices like a phone or radio. He demonstrates incorporating DIY Amazon plates with Yak Power Systems and shows the relay box and a push-button panel attached to USB and lights. Detail is given on installed bow lights, mid-section blue lights to help at night, and stern lights for early visibility. He also mentions leaving an open slot for a fish finder for his wife.
00:24:00
In this part of the video, the creator discusses the considerations between choosing a DIY approach versus a Plug and Play method for adding power to a kayak. They highlight that many people may not realize the additional costs associated with DIY projects, which can end up being comparable to Plug and Play options. The creator encourages viewers to like and subscribe for more content related to kayak modifications, including trailers and camping gear, with new videos uploaded every Thursday at 2 o’clock.