Trampoline Parts And Installation Guide

Trampoline Parts

Another great way to enjoy the outdoors is to have a trampoline in the backyard where children and even adults can jump on and off a platform so they can temporarily suspend in midair. This piece of backyard equipment is a common sight in most homes used for entertainment as well as for aerobic and cardiovascular workouts. Trampolines and trampoline parts made for homes were first popularized as early as the 1940s with basic trampoline parts including a piece of taut and a strong fabric stretched over a frame. To improve the bouncing mechanism, coiled springs are also attached on the fabric that connects to the steel frame. The proper trampoline parts will keep your trampoline in good shape.

General trampoline parts

A trampoline and trampoline parts with a round frame is the most common design for use in the backyard due to its relatively simple installation. While there are various brands available, the differences are very slight so that a generic installation guide may be consulted.

Common sizes range from 8 feet to 14 feet and this is determined by the size of the steel frame. This frame is typically molded into a frame tube drilled with holes on the sides for connecting the coils. Trampoline parts size and strength of coil springs are dependent on the size of the frame. Larger frame tubes require stronger and larger coil springs while smaller tubes require relatively smaller ones.

The rounded steel frame is actually divided into segments that when connected would form a complete circle. T-type tubes are used to connect these segments. Made from more durable steel, these T-type tubes also connect with the legs of the trampoline through a set of upright tubes. For better balance and grip on any type of surface, the legs are ideally W-type tubes.

Finally, the trampoline parts are completed by the trampoline mat, the spring padding, and the cover. The mat, which is made from a very strong piece of fabric, is stitched with V-rings where the coiled springs would connect. The spring padding and the cover protect the user from getting in contact with the metal parts of the trampoline especially the coiled springs.

Assembly of the trampoline parts

In the first step of the trampoline parts assembly, the four W-type tubes must be connected to the eight upright tubes. For every W-type tube, two upright tubes are connected to its leg.

Next, the frame tubes trampoline parts are joined together using the T-type tubes. Spring holes of these tubes must be ensured to face upwards since coiled springs are going to be attached on this orientation. Typically, each frame tube has square ends with one side smaller than the other. The T-type tubes correspondingly have wide and narrow openings where the ends of the frame tube can fit snuggly. This step is repeated until all the slightly curved frame tubes are connected to form a complete circle following a uniform orientation.

The third step is where the upright tubes are connected to the bottom of the T-tubes. Once completed, the steel frame can support itself above the ground and would look much like a table.

The fourth step involves the attachment of the trampoline mat to the coiled springs. The triangle rings on this trampoline mat are hooked into the spring, and the other side of the spring is then hooked into the holes of the main steel frame. Since the attachment will become tighter as more springs are attached and consequently will require a greater amount of tension, strategic placements must be followed in order. Ideally, four springs with 90-degree spacing are first installed. Then, another set of four springs installed in between the evenly spaced springs are attached. To assist in the installation, a spring tensioning tool can give a mechanical advantage as more strings with greater tension are attached. Hand gloves are also advised to be used since spring coils can easily pinch the skin.

After all the coiled springs are attached, the next step is the installation of the spring padding. This padding is divided into two semicircles to cover the springs that surround the trampoline mat. To install the paddings, the two semicircles are laid over the springs until the extra covering extends over the frame’s edges. The two paddings have special attachment mechanisms that are then used to fasten them together.

The spring padding has extra white loops and black straps to keep it in place. Its white loops must be attached to the triangle rings located on the edge of the trampoline mat. The black straps are then attached to the top railings of the frame.

With all the trampoline parts already installed, the trampoline equipment is finally ready for use. After every use, the equipment must be covered with the extra sheet so as to protect the trampoline parts. Prior to using the trampoline, it must be ensured that the ground supporting the equipment is well leveled. Uneven surface can easily distort the spring and potentially damage the frame because of the great deal of tension against the mat.

Safety net

Some packages include a safety net for the trampoline. This component will ensure that the users, especially younger children, are protected from falling off the recreational equipment and landing on the ground. The safety net envelopes the volume of space where the user is estimated to reach. Nuts and bolts, clips, tube spacers, end and pole caps, and ties are some of the generic parts of the safety net.

Spare trampoline parts

Over time, some trampoline parts may be damaged through wear and tear. Spare parts are commonly available in trampoline centers that host a number of products related to the equipment. The trampoline mat is one of the most easily damaged parts due to solar exposure. Coiled springs and spring paddings are also susceptible to quick damage through repeated usage. As a general rule in buying replacements, the ones with the most similar specifications to the original trampoline parts must be chosen. Maintenance for the equipment must be carried out regularly so as to check for possible damage, extend the life of the equipment, and ensure safety for the user.