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When it comes to finding a trampoline, the bounce it provides is important. Whether it's for athletic or recreational use, the amount of rebound a model has can make a world of difference in performance. 

Trampolines provide varying degrees of bounce based on their design and materials. While backyard trampolines are generally more affordable and versatile, they don't offer the best bounce. 

If you want the most bouncy trampoline on the market, go big with an Olympic trampoline.

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Photo by: foobarbaz_pl /Via CC BY 2.0


Olympic trampolines, also referred to as professional trampolines, are uniquely designed with the poise and athleticism of gymnastics in mind. In terms of construction, manufacturers veer away from tradition. They're made to outlast backyard family alternatives and provide superb rebound.

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Because they are made for seasoned athletes, every component is taken up a notch. The first thing you'll notice about an Olympic trampoline is its sheer size. Standard options start at around 14 feet by 7 feet. However, they can be made much larger (check out the world's largest trampoline). This gives jumpers more surface area and movement.

The power they provide also calls for increased safety and stability. Frames are often made to withstand years of continued use so that athletes can train year-round. Thicker metals increase durability immensely. Perimeter padding is thicker as well due to the superior height and bounce achieved.


An Olympic model is the most bouncy trampoline available for a variety of reasons. Consideration goes into the design of every unit to ensure that jumpers can get the best bounce possible. Various components work together to achieve the best results.


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The way the springs react to the force of impact differs from a round trampoline. Instead of all reacting evenly to control the bounce, springs act at different times. 

Usually, springs located across from each other act in tandem. These parallel springs will provide the most rebound while those located perpendicularly add support. 

With the springs acting differently throughout, jumpers will experience a significantly higher elevation. They'll also be able to jump freely from any location instead of having to stay in the center.


Even the jumping mat is different. In most standard family trampolines, a thick plastic is used to ensure longevity. While this is great in terms of durability and resilience, it doesn't provide the best bounce. 

Olympic trampolines use a thin permatron polypropylene material. Despite its thinness, the material is resistant to damage. Heavy duty stitching ensures that the mat stays together.

They are also more porous, resulting in a semi-transparent look. This porous design increases flexibility while also improving the mat's reaction to a jump. With every impact, the pores open and close to improve rebound.


If you're not ready to shell out the cash for an Olympic trampoline, don't fret. There are plenty of bouncy options out there. It's a good idea to familiarize yourself with the components that contribute to bounce. By knowing what to look for, finding the bounciest trampoline is a breeze.


As a rule, rectangular trampolines provide a better bouncing experience than their round counterparts because of spring reaction. 

Round trampolines has a controlled bounce that repels jumpers to the center. All of the springs react the same way. 

Rectangular models provide more flexibility in jumping and allow bouncers to reach better heights.

Spring Quality

Take a look at the quality of the springs before buying. Thin and short springs won't do a great job at rebounding. 

Longer springs have more flexibility and motion. This allows them to store and disperse potential energy more effectively. 

Thicker metal also ensures that the springs don't lose shape over time.

Arrangement of Springs

While most models have one spring attached to one point on the mat, some provide a bit of variation. 

Criss-crossing springs make them elongated and improve support of the mat. Springs in a "V" configuration also improve support and allow a set of springs to work together to provide rebound. 

These configurations both achieve better bounce

Jumping Mat Material

Thinner and more porous materials are better for bouncing. 

Thick mats aren't as flexible, thus diminishing bounce potential. 

Thin mats with durable stitching will still support a lot of weight while improving bounce.

Most Bouncy Trampoline Conclusion

"All in all, the materials and design of a trampoline play a big role in bounce. You can look into the various components of any given trampoline to determine if it will provide superior rebound. That being said, if you're looking for the most bouncy trampoline out there, there's nothing that will beat the experience of jumping on an Olympic trampoline."