Hiking tents are available in every size and shape you can think of. In order not to leave you confused, they can still be classified according to their characteristics so you'll know what to look for in a specific hike. They are generally made up of poles so they can compose an outline and a skin or tent fabric to form the inner pocket.
Hoop Tents: To create a tubular pocket, you can use up to three hoops for the tent cover. Using the same ground surface, you can get a larger volume from the curved walls. These hiking tents are amazingly strong since they split pressure over the full-length hoops.
Traditional A-Frame Tents: The classic backpacking tents are of this type. Create a triangular pocket by putting two-legged frames at the outer ends of the tent together with its cover.
Avian Hiking Tents: These are usually used as fast housing under light weather conditions. You can use a single or double straight poles as you outstretch the tent cover for your cover ground area.
Pyramid Tents: Take one central pole. Firmly drag the tent cover then unfold it to make a pyramid-shaped pocket. However, these hiking tents are not always being used because the center pole forcefully breaks up the tent into numerous little rooms.
Modified A-Frame Tents: They basically have the same set up as the traditional hiking tents, only that, for this one, you can simply add a ridgepole and a center hoop. Definitely, this will give you a larger volume.
Wedge Tents: In crafting square to round pocket, you can use two crisscrossing hoops with your tent cover. These hiking tents are the most popular ones since they are sturdy and they use the least number of materials, thus having less weight too!
Dome Tents: To form this multi-faceted floor with the dome, three or more intersecting hoops and a tent cover are needed. They are stronger than the wedge hiking tents because they initially have more hoops. The only catch is that they are much tougher to put up than the other tents.
Aside from the common structures mentioned, there are still numerous hybrid hiking tents that use combinations of the techniques above. They are do so in order to experiment on the strength of the tents and also to produce tougher output.
