A telescoping flag pole has many advantages over a traditional one. With the use of this type of pole, your flag will be proudly displayed in less than one minute.

A telescoping flag pole makes it much easier to raise and lower a flag at your home or business for any occasion. Raising and lowering the flag will take mere seconds, rather than minutes as happens when using a traditional version. Your flag will be flapping in the wind in no time at all. Also, you won’t have to worry about tangled ropes or loud, clanging hardware. One of the advantages of this type of pole is that it can be taken down during extreme weather conditions. No more worrying about the pole bending or being ripped out of the ground during severe weather. Just lower the flag pole and set your mind at ease.

Sunsetter offers the 20-foot Telescoping Flag Pole. This pole hides all hardware to protect it from rust or corrosion and the aircraft-grade aluminum will last for years to come. Your American flag, which comes included with the pole, will be soaring overhead in less than ten seconds. The pole consists of four sections with nest inside each other. As you perform the raises, the sections will lock into place. Nothing could be easier. Three colors are available to choose from and this quality product will do much to enhance your yard.

Uncommon USA also offers a Telescoping Flagpole constructed of 16 gauge aluminum. Maintenance will be a thing of the past as the aluminum features an anodized finish which prevents rust. A swivel harness is used to mount your flag, allowing it to fly without wrapping around the pole. This will protect your American flag and keep it beautiful for years to come. Each comes with a USA flag to grace your yard also.

Telescoping flag poles are an improvement over traditional options for many reasons. It is easy to see why so many home owners are switching to this type. If you are looking for a new way to display your flag, consider going with this flag pole. It will make raising and lowering your flag much easier.

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Source by Tim D. Franklin