How to Build a Cheap Tilt-Over Tower for Radio Antennas

 Introduction:

This video about building a cheap tilt-over tower for radio antennas is a valuable resource for anyone looking to improve their setup. In the video, the creator demonstrates how he built a simple, effective and rock-solid tilt-over tower for less than $100 using basic materials and tools.

The creator of this video is an amateur radio operator who shares his knowledge and experience on his YouTube channel dedicated to radio antennas and related topics. The channel features a wide range of videos, including reviews, tutorials, and demonstrations, aimed at helping fellow radio enthusiasts improve their setup and get better results.

Benefits of Building and Inexpensive Tilt Over Tower:

Building a tilt-over tower for radio antennas can provide several benefits for radio enthusiasts. One of the primary advantages is improved safety and stability. A properly built tilt-over tower can securely hold the antenna in place, even in harsh weather conditions, and allows for easy maintenance and repair by lowering the antenna to the ground. This reduces the risk of injury from climbing a traditional tower and allows for quick access to the antenna for adjustments or replacement of parts.

Another benefit of building a tilt-over tower is the affordability and ease of construction. With basic materials such as lumber, a boat winch, cable, and pulley, a rock-solid tilt-over tower can be built for under $100. This is significantly cheaper than traditional towers, which can cost thousands of dollars. Additionally, the simple design of the tilt-over tower makes it easy for even novice builders to construct, allowing for a more hands-on approach to improving their radio setup.

Here are three key takeaways from the video:

• Building a tilt-over tower is an easy and affordable way to improve the safety and stability of your radio antenna setup.
• You can build a tilt-over tower using basic materials and tools, such as a sandwiched 4x4 post, a boat winch, a cable, and a pulley.
• With a tilt-over tower, you can quickly and easily lower your antenna to the ground for maintenance, repairs, or to avoid severe weather conditions.

A step-by-step guide on building a tilt-over tower for radio antennas:

• Start by building a sandwiched 4x4 post that stands about 19 feet tall.
• Attach a boat winch to the base of the post and run a cable up to the top of the post, where you install a pulley.
• Attach the other end of the cable to your antenna using an eye hook and run the cable down to the winch.
• To lower the antenna, simply release the winch and let the cable slide down to the ground.
• To raise the antenna, use the winch to pull the cable back up to the top of the post.
•  Make sure to remove any radials or other attachments before lowering the antenna to the ground.

Basic materials needed for building a tilt-over tower for radio antennas:

• Boat winch: A mechanical device used to pull heavy loads, such as boats or antennas.
• Cable: A flexible, insulated wire used to transmit signals or power.
•  Pulley: A simple machine consisting of a grooved wheel and a rope, cable, or chain that runs along the groove.
• Lumber: Wood that has been sawn or cut for use in construction or carpentry.

Maverick RC's Notes:

My personal best advice for anyone looking to build a tilt-over tower for their radio antenna is to take the time to plan and measure everything carefully before starting the project. Make sure you have all the necessary materials and tools, and don't rush the construction process. Safety should always be your top priority, so make sure to follow all the necessary precautions and guidelines when working with heavy loads, power tools, or heights.

Additional Resources:

YouTube video tutorial: There are many YouTube videos available on how to build a tilt-over tower for radio antennas. One highly recommended video is titled "How to Build a Simple Tilt-Over Antenna Tower" by KC7NYR.

Radio antenna forums: Radio antenna forums such as QRZ.com, eHam.net, and ARRL.org are great places to find advice and resources on building a tilt-over tower.

Engineering guides: Engineering guides such as "Antenna Towers for Radio Amateurs" by R. Dean Straw, N6BV, and "The ARRL Antenna Book" by R. Dean Straw, N6BV, provide detailed information on tower construction and safety.

Online retailers: Online retailers such as Amazon.com, Home Depot, and Lowe's offer a wide range of materials and tools needed to build a tilt-over tower, such as 4x4 posts, pulleys, cables, and boat winches.

Radio antenna clubs: Radio antenna clubs such as the American Radio Relay League (ARRL) and the Radio Society of Great Britain (RSGB) offer resources and advice on building and maintaining radio antennas, including tilt-over towers.

Local hardware stores: Local hardware stores such as Ace Hardware, True Value, and Do It Best provide a variety of tools and materials needed to build a tilt-over tower, including lumber, cement, and hardware.

Radio antenna blogs: Radio antenna blogs such as Radio Artisan and K0BG.com provide articles and tutorials on various aspects of radio antennas, including tower construction and safety.

Additional Considerations:

In addition to the basic steps and materials needed to build a tilt-over tower for radio antennas, there are some additional considerations and tips to keep in mind:

Weight and Height: Before starting the project, it's essential to determine the weight and height of your antenna and the tower's maximum load capacity. A tilt-over tower may not be suitable for very heavy or tall antennas, and it's crucial to consult professional recommendations or engineering guides to ensure safety and stability.

Base and Foundation: A solid base and foundation are essential for the stability and safety of a tilt-over tower. The base should be wide enough to support the tower's weight and the antenna, and the foundation should be deep enough to prevent the tower from toppling over in strong winds or other adverse conditions.

Materials and Tools: While a tilt-over tower can be built using basic materials and tools, it's essential to choose high-quality and durable materials that can withstand outdoor conditions, such as pressure-treated lumber, stainless steel cables and hardware, and weather-resistant paint or sealant. It's also recommended to use safety gear and appropriate tools, such as a level, a measuring tape, a drill, and a saw.

Permits and regulations: Depending on your location, you may need to obtain permits or follow regulations related to the construction of a tower or the installation of an antenna. Make sure to check with your local authorities before starting the project.

Maintenance: While a tilt-over tower makes it easier to perform maintenance and repairs on your antenna, it still requires regular upkeep to ensure its safety and longevity. Make sure to inspect the tower and cables regularly and replace any worn or damaged parts.

Safety: Working with heavy loads, power tools, and heights can be dangerous. Make sure to follow all the necessary safety procedures and guidelines, such as wearing protective gear, securing the work area, and working with a partner or a team.

FAQ:

Q: What materials are needed to build a tilt-over tower for radio antennas?

A: Basic materials needed include lumber, a boat winch, a cable, a pulley, and an eye hook for attaching the antenna.

Q: Is it difficult to build a tilt-over tower for radio antennas?

A: Building a tilt-over tower for radio antennas is a relatively simple process that can be completed with basic tools and materials. However, it is important to take the necessary safety precautions and to carefully plan and measure everything before starting the project.

Q: How do I lower my antenna using a tilt-over tower?

A: To lower your antenna using a tilt-over tower, release the boat winch and let the cable slide down to the ground. Make sure to remove any radials or other attachments before lowering the antenna to the ground.

Q: Can a tilt-over tower be used for other types of antennas besides radio antennas?

A: Yes, a tilt-over tower can be used for any type of antenna that requires periodic maintenance or adjustments, such as ham radio, CB radio, TV, or internet antennas.

Q: How tall can a tilt-over tower be?

A: The height of a tilt-over tower depends on the materials, design, and weight of the antenna. It is important to consult a professional or an engineering guide for specific recommendations.

Q: Is it safe to work on a tilt-over tower by myself?

A: While it is possible to work on a tilt-over tower by yourself, it is recommended to work with a helper or a team for safety reasons. Make sure to follow all necessary safety procedures and guidelines when working with heavy loads, power tools, or heights.

Summary:

Building a tilt-over tower for radio antennas is an easy and affordable way to improve the safety and stability of your antenna setup. With a tilt-over tower, you can quickly and easily lower your antenna to the ground for maintenance, repairs, or to avoid severe weather conditions. The process of building a tilt-over tower is simple and requires only basic materials and tools, such as a sandwiched 4x4 post, a boat winch, a cable, and a pulley. The creator of a video on this topic demonstrates how he built a simple, effective, and rock-solid tilt-over tower for less than $100.

When building a tilt-over tower, it's crucial to plan and measure everything carefully before starting the project. Safety should always be your top priority, So make sure to follow all the necessary precautions and guidelines When working with heavy loads, power tools, or heights. Additionally, it's important to consult a professional or an engineering guide for specific recommendations on the height of the tilt-over tower, depending on the materials, design, and weight of the antenna. By following these guidelines and utilizing the necessary resources, anyone can build a tilt-over tower for their radio antenna and improve their overall setup.

Who Is Maverick RC:

Maverick RC is a popular YouTube channel dedicated to the hobby of remote control (RC) vehicles, including cars, trucks, boats, and planes. The channel is run by a YouTuber who goes by the username "Maverick", and he shares his knowledge and experience in the RC community through reviews, tutorials, and demonstrations. Maverick is known for his entertaining and informative content, which has earned him a large following of RC enthusiasts from around the world.

KE2YKs' Notes:

As a long time Amateur Radio operator who has done many radio antenna projects, if you have the space and the tools a tilt-over tower may be an ideal way to mount your antenna system. Not only does it increase safety and stability, but it also allows for easy maintenance and repairs. Many different types of antennas such as sloped wire, inverted V wire and Yagi style antennas can be used with a tilt-over tower. 

When it comes to building a tilt-over tower, the most crucial aspect is planning. Planning and measuring for construction of a tilt-over tower for radio antennas is very important. Take the time to double-check all of your dimensions to ensure everything functions properly. Also, make sure to use quality materials and tools to ensure durability and longevity.

It's essential to take safety precautions seriously when working with heavy loads and heights. Make sure to follow all safety guidelines and wear proper protective equipment such as gloves, safety glasses, and a hard hat.

When selecting a winch, choose one with a high weight capacity and make sure it's secured correctly to the base of the tower. It's also crucial to use a cable with sufficient strength to support the weight of your antenna and withstand the elements.

One of the most critical aspects of a tilt-over tower is ensuring it's stable and doesn't tip over. I recommend securing the tower with guy wires to ensure it remains upright during high winds or other weather conditions.

Lastly, always make sure to disconnect all power sources before working on your antenna or tower. Follow all safety guidelines and take precautions to prevent accidents and injuries.

Who Is KE2YK:

 Gary Utz (KE2YK) is an amateur radio operator and blogger based in New York, USA. He is the author of the blog ke2yk.com and qrpshack.blogspot.com, which focuses on amateur radio topics such as antenna building, radio contests, and equipment reviews. Gary has been a licensed amateur radio operator for more than 30 years and is an active member of the amateur radio community. On his blog, he shares his experiences and insights about the hobby, as well as tips and  advice for other amateur radio enthusiasts.

72 de KE2YK

Related Posts:

The HB9SL 2 Element 20m VP2E QRP Antenna

The Elecraft AX1 Window Mount

The Slinky Vertical Antenna Experiment

Arborist Throw Lines For Portable Antennas

How To Build A Cheap Tilt Over Tower

Quick Amateur Radio Activation for Parks On The Air

Introduction:

In this video, Thomas K4SWL shares his experience of doing an impromptu amateur radio activation at Zebulon Vance Birthplace. Thomas is a passionate amateur radio enthusiast, and he loves to share his real-life activation videos. In this video, he shares how he sets up his radio and antenna, which he had on hand in his car, to get on the air quickly. 

Thomas also explains how he picks a spot to set up his equipment in a park or a summit, which is ideal for radio transmissions. The video is a valuable resource for anyone who wants to learn about amateur radio activations, setting up radio equipment quickly, and finding good spots for radio transmissions.

Thomas K4SWL Bio:

Thomas K4SWL is an amateur radio enthusiast and blogger who shares his experiences and knowledge of the radio hobby on his blog, QRPer.com. His blog has articles on various aspects of amateur radio, including radio gear reviews, antenna building, and field operation. He also runs a YouTube channel, which has videos of his real-life amateur radio field activations.

Key Takeaways:

• Setting up a radio and antenna quickly is possible with the right equipment.
• Finding a good spot for radio transmissions is essential for a successful activation.
• Amateur radio activations can be impromptu and fit into a busy schedule with the right planning.

Step-by-step Process:

• Choose a good spot for radio transmissions.
• Set up the radio and antenna quickly, preferably with equipment on hand.
• Tune into a frequency and make radio transmissions.
• Validate the activation by getting a response from other radio operators.

"So pretty much I've got everything I need to do a quick activation. I've got my radio kit in my backpack, I've got my antenna kit in my backpack. And so it's just a matter of deploying it and getting on the air." - Thomas K4SWL

Resources Mentioned:

• Zebulon Vance Birthplace - A historic site and state park in North Carolina.
• Reverse Beacon Network - A system of radio receivers that automatically detect radio transmissions and report them online.
• Elecraft KX2 - A compact and lightweight portable radio for amateur radio use.
• Inverted L Antenna - An antenna that uses a vertical element and a horizontal element to transmit signals.
• AX1 Antenna - A compact and lightweight portable antenna designed for use with the Elecraft KX2 radio.

As an expert in amateur radio activations, my advice is to start with simple equipment and gradually build up your kit as you gain experience. Don't be afraid to try impromptu activations, but be sure to plan ahead and choose good spots for radio transmissions. And most importantly, have fun!

Additional Resources:

• QRPers Unlimited: Elecraft KX2 and AX1 – Seriously, how effectively can such a compact field kit work? [1] - This article provides a review of the Elecraft KX2 and AX1 portable radio and antenna system, including its compact design and effectiveness in the field.
• QRPers Unlimited: Speedy POTA: An impromptu post-hike activation with the Elecraft KX2 and AX1 [2] - This blog post details an impromptu Parks on the Air activation using the Elecraft KX2 and AX1 antenna.
• YouTube: Thomas K4SWL: Elecraft AX1 Portable Antenna: Real-time On-air Comparison [3] - This video by Thomas K4SWL provides a real-time comparison of the Elecraft AX1 portable antenna with other antennas.
• Thomas K4SWL School of Radio: https://k4swlschool.wordpress.com/ - This website is the home of the Thomas K4SWL School of Radio, which offers a variety of online courses and resources for amateur radio operators.

FAQ:

What is field operating with amateur radio?

Field operating with amateur radio refers to the practice of using portable radio equipment to operate from outdoor locations, such as parks, beaches, or mountains, rather than from a fixed location such as a home or club station.

What equipment do I need for field operating?

The equipment you need for field operating includes a portable radio, antennas, power sources, and accessories such as headphones and a microphone. You can use a variety of different types of antennas, such as wire antennas or telescoping poles, depending on your location and frequency band.

What frequencies can I use for field operating?

You can use a range of frequencies for field operating, depending on your license class and the equipment you have available. Common frequencies for portable operations include the HF bands (3-30 MHz), VHF/UHF bands (30-300 MHz), and microwave bands (above 1 GHz).

How do I find other amateur radio operators to talk to when operating in the field?

You can find other amateur radio operators to talk to by tuning your radio to a frequency where other operators are known to congregate, such as a popular calling frequency or a designated frequency for a specific activity. You can also use online resources to find out about scheduled field operating events or to connect with other operators in your area.

How can I ensure my safety when operating in the field?

To ensure your safety when operating in the field, it is important to choose a safe location that is free from hazards such as power lines or steep drop-offs. You should also bring appropriate safety gear, such as a first aid kit, and let someone know where you will be and when you plan to return.

What are some tips for successful field operating?

Some tips for successful field operating include researching your location and potential propagation conditions ahead of time, practicing setting up and taking down your equipment, and experimenting with different antennas and operating techniques to find what works best for you. It's also important to stay patient and persistent, as conditions can change quickly in the field.

Do I need a special license to operate in the field?

No, you do not need a special license to operate in the field, but you do need to have a valid amateur radio license issued by the FCC in the US or a similar regulatory body in other countries. The privileges granted by your license will determine which frequencies and modes you are allowed to use while operating in the field.

KE2YK's Notes:

As an avid portable QRP amateur radio field operator, I can tell you that operating QRP portable for POTA activations can be a rewarding and enjoyable experience. Here are a few tips that can help you make the most of your next POTA activation:

Choose the Right Equipment: When operating QRP portable, it's important to choose equipment that is lightweight, compact, and reliable. Look for radios and antennas that are designed for portable use, and consider investing in a good quality battery that can power your equipment for several hours.

Scout Out Your Location: Before setting up your station, take some time to scout out your location. Look for a spot that is away from sources of interference, such as power lines or buildings. Consider the terrain and weather conditions, and be sure to choose a location that is safe and comfortable for you to operate in.

Set Up Your Station: Once you've chosen your location, it's time to set up your station. Take care to ensure that your antenna is properly tuned, and that your radio is set up correctly for the frequency and mode you'll be operating on. Be sure to follow all local rules and regulations regarding antenna height and placement.

Make Contacts: With your station set up, it's time to start making contacts! Be sure to listen carefully for other operators, and try to make as many contacts as you can. Remember to be patient and courteous, and don't be afraid to ask for repeats if you need them.

Most of All Have Fun: Finally, remember to have fun! Operating QRP portable for POTA activations can be a great way to get outside and enjoy the outdoors while pursuing your hobby. Take some time to enjoy the scenery, and make some new friends along the way.

KE2YKs Bio:

 Gary Utz (KE2YK) is an amateur radio operator and blogger based in New York, USA. He is the author of the blog ke2yk.com and qrpshack.blogspot.com, which focuses on amateur radio topics such as antenna building, radio contests, and equipment reviews. Gary has been a licensed amateur radio operator for more than 30 years and is an active member of the amateur radio community. On his blog, he shares his experiences and insights about the hobby, as well as tips and  advice for other amateur radio enthusiasts.

How to Set Up a Portable Antenna in Under 3 Minutes

 

Introduction

Are you a ham radio operator looking to set up a portable antenna quickly and easily? In this video, Richard and Tony take on a challenge to set up the JPC12 antenna in under 3 minutes, and they succeed!

 They go through the step-by-step process of setting up the antenna, including attaching the ground spike, radial system, feed point, mast parts, and the coil and telescopic whip. They also explain how to tune the antenna and test the SWR with a rig expert.

 I believe that this video is valuable for anyone who is interested in portable antennas. The JPC12 antenna is a great option for those who need a reliable, portable antenna for outdoor use, and this video provides clear instructions on how to set it up quickly and easily.

 Creator Bio: The video was created by the UK-based YouTube channel, Essex Ham. The channel provides information and resources for amateur radio enthusiasts, including tutorials, reviews, and news. They also offer a weekly live show, podcast, and a community forum. You can find more information on their website at essexham.co.uk.

 Key Takeaways:

• The JPC12 antenna is a portable and reliable option for ham radio operators.
• Setting up the antenna can be done in under 3 minutes with a few simple steps.
•  Tuning the antenna and testing the SWR is an important part of the setup process. 

Step-by-Step Process:

1.      Attach the ground spike to the antenna and secure it in place.
2.      Spread out the radial system and attach it to the ground spike.
3.      Attach the feed point and mast parts to the antenna.
4.      Attach the coil and telescopic whip to the feed point.
5.      Tune the antenna by adjusting the coil and testing the SWR with a rig expert.

"The lower you are on the coil, the more you are to 40 meters basically, and then you work your way up as you're tuning."

 Resources Mentioned:

1. JPC12 antenna: a portable, multiband HF antenna.
2. Rig expert: a tool for testing SWR and antenna performance.
3. Click To View the JP12 Portable Antenna on Amazon. (Affiliate Link)

KE2YK's Input:

As an expert in ham radio, my advice is to practice setting up your antenna before you go out into the field. This will help you become more efficient and confident in your setup process. Also, make sure to test your antenna's SWR to ensure that it is working properly and efficiently.

Who Is KE2YK:

 Gary Utz (KE2YK) is an amateur radio operator and blogger based in New York, USA. He is the author of the blog ke2yk.com, which focuses on amateur radio topics such as antenna building, radio contests, and equipment reviews. Gary has been a licensed amateur radio operator for many years and is an active member of the amateur radio community. On his blog, he shares his experiences and insights about the hobby, as well as tips and  advice for other amateur radio enthusiasts.

 FAQ:

Q: Can the JPC12 antenna be used for all bands? A: The JPC12 antenna covers 40 meters to 6 meters, making it a multiband antenna option.

Q: Is it easy to transport the JPC12 antenna? A: Yes, the JPC12 antenna is designed to be portable and can be easily transported in a backpack or carrying case.

Q: Do I need any special tools to set up the JPC12 antenna? A: No, the JPC12 antenna comes with all the necessary components and can be set up with just a few basic tools.

Q: What is SWR? A: SWR (standing wave ratio) is a measurement of the efficiency of an antenna. A higher SWR can indicate that the antenna is not working properly.

Q: How do I know if my antenna is working properly? A: Testing the SWR with a tool like a rig expert can help you determine if your antenna is working efficiently.

Related Posts:

The HB9SL 2 Element 20m VP2E QRP Antenna

The Elecraft AX1 Window Mount

The Slinky Vertical Antenna Experiment

Arborist Throw Lines For Portable Antennas

How To Build A Cheap Tilt Over Tower

 

ICOM IC-705, Xiegu X5105 or Xiegu X6100 Protection, Oh My!

Protect Your ICOM IC-705, Xiegu X5105, or Xiegu X6100 with Mike N2HTT's 3D Printed Cases

Introduction:

As a ham radio operator, protecting your equipment is of utmost importance. That's why Mike N2HTT, a fellow operator, has taken matters into his own hands by designing and creating 3D printed protective cases for the ICOM IC-705, Xiegu X5105, and Xiegu X6100 QRP radios. 

These cases not only provide protection from bumps and scratches but also add a unique touch to your equipment. And the best part? Mike now sells his creations at his HamGear3d Shop for fellow operators to enjoy.

In this article, we'll dive into the benefits of using Mike N2HTT's 3D printed cases for your QRP radios and what sets them apart from other protective cases on the market.

Why Choose Mike N2HTT's 3D Printed Cases?

Unique Design

Mike's 3D printed cases are not your typical protective cases. They're designed with the operator in mind, featuring intricate details and a sleek, modern look that stands out from other cases on the market.

Custom Fit

These cases are designed specifically for the ICOM IC-705, Xiegu X5105, and Xiegu X6100 radios, providing a snug and secure fit. The cases also allow for easy access to all buttons, ports, and screens, making it easy to operate your radio while it's protected.

Durable Material

Mike's cases are made from high-quality PLA filament, which is known for its durability and resistance to impacts. This means that your radio will be protected from bumps and drops, ensuring it stays safe and functional for years to come.

Affordable Price

Despite their unique design and high-quality material, Mike's cases are affordable and won't break the bank. At HamGear3d Shop, you can purchase a case for your QRP radio for a fraction of the cost of other protective cases on the market.

Frequently Asked Questions:

Q: Are Mike N2HTT's cases only available for the ICOM IC-705, Xiegu X5105, and Xiegu X6100 radios?
A: Yes, these cases are specifically designed for these three radios.
Q: Can I customize the design of my case?
A: At this time, customization options are not available. However, Mike's cases come in a variety of colors to choose from.
Q: How long does it take to receive my order?
A: Mike ships his cases within 2-3 business days of receiving your order. Shipping times vary depending on your location.

Conclusion:

If you're looking for a unique, custom-fit, and affordable protective case for your ICOM IC-705, Xiegu X5105, or Xiegu X6100 QRP radio, look no further than Mike N2HTT's 3D printed cases. These cases provide the perfect combination of style and function, ensuring that your radio stays safe and protected while in use. Don't hesitate to check out HamGear3d Shop to purchase your very own protective case today.

Who Is Mike, N2HTT

Mike N2HTT is an amateur radio enthusiast who designs and sells 3D printed protective cases for QRP radios, specifically for the ICOM IC-705, Xiegu X5105, and Xiegu X6100 models. He runs a shop called HamGear3d where he sells his custom-fit protective cases to other amateur radio enthusiasts. His cases are known for being affordable, durable, and stylish, providing protection to QRP radios during transport and outdoor use.

KE2YK's Notes:

If you're an expert on 3D printed cases, you likely know that these cases have become increasingly popular in recent years due to the numerous benefits they offer. Here are some tips and advice to keep in mind when it comes to 3D printed cases:

Material matters: When choosing a material for your 3D printed case, consider the environment in which it will be used. PLA is a popular material due to its affordability and ease of printing, but it may not be the best choice for outdoor use or extreme temperatures. ABS, PETG, and nylon are other materials that may offer better durability and weather resistance.

Quality matters: Not all 3D printers are created equal, and the quality of your printed case can depend on the printer used. Make sure to choose a printer that can produce high-quality prints with a high level of detail. It's also important to use the correct print settings, including layer height, infill density, and print speed.

Design matters: The design of your 3D printed case can impact its functionality and aesthetics. Consider factors such as the size and shape of your device, the location of ports and buttons, and any additional features such as ventilation or mounting options. You may want to use a 3D modeling program to create your design, or you can find pre-made designs online.

Customization matters: One of the greatest benefits of 3D printed cases is their ability to be customized to fit specific devices or personal preferences. You can create a custom fit for your device by measuring it precisely, or you can customize the design by adding your own logos, graphics, or patterns.

Protection matters: Whether you're using your 3D printed case for outdoor activities or daily use, it's important to ensure it provides adequate protection for your device. Consider factors such as shock absorption, water resistance, and scratch protection when choosing your design and materials.

IMHO, 3D printed cases can offer a great solution for protecting your devices while also allowing for customization and personalization. With the right materials, design, and printing techniques, you can create a case that not only looks great but also provides the necessary protection for your device.

Who Is KE2YK:

 Gary Utz (KE2YK) is an amateur radio operator and blogger based in New York, USA. He is the author of the blog ke2yk.com, which focuses on amateur radio topics such as antenna building, radio contests, and equipment reviews. Gary has been a licensed amateur radio operator for many years and is an active member of the amateur radio community. On his blog, he shares his experiences and insights about the hobby, as well as tips and  advice for other amateur radio enthusiasts.

Visit Mike N2HTT's Etsy Shop

72 de KE2YK

My Yaesu FT-817 Resurrection by Jim WJ1MK

 My 817 is still kicking, she came back alive as a VHF/UHF all mode radio this morning...

I came across a so-239 connector that I had a couple of short pieces of copper I had soldered on probably for a past experimental antenna...

I had a couple of minutes this morning and quickly through together two pieces of aluminum fence wire I had laying around and made a very crude and ugly 2 meter 1 radial 1/4 wave ground plane...

 It ended up being 1.4 :1 SWR across the entire 2 meter band... I taped the connector 1/4 wave mess to a piece of fiberglass electric fence rod and stuck it into a tripod in the shack... 

 I set the 817 to 1/2 a watt and brought up the WR1VT machine in Brattleboro VT and John W1USB in Wardsboro VT came back to my test and told me I was full quieting into the machine, we talked for a bit and then it was time for me to get the animals out and get my day started. 

I guess I'll probably solder up a more durable 1/4 ground plane and just leave things basically as they are, the Brattleboro machine is the most active machine locally and seeing as I really don't do much VHF/UHF work, it should suffice nicely for my needs...

It just made me happy to know all my cobbled together, down and dirty, ugly stuff that worked for me in NY... still works the same up here in NH! :-)

 73 de Jim WJ1MK

Looking for an easy way to calculate the vertical and radial components of  1/4 Wave Ground Plane Antenna Systems? Check out M0UKD's  online calculator!

POTA CW EXCHANGE