01 Bicycle saddle materials explained

Basic level

Basic things

This post will explain what materials are used for making bicycle saddles (and padding) and what are their advantages and disadvantages. It is the first in a series of posts that explain how to choose a good fitting saddle.

1. Synthetic saddles with foam (spunge) padding
2. Synthetic saddles with gel padding
3. Leather saddles

1. Synthetic saddles with foam (spunge) padding

Synthetic saddle with foam padding. Picture 1

Synthetic saddle with foam padding.
Picture 1

Saddles with synthetic (artificial) material and foam padding. There are numerous types of synthetic cover and padding materials used, with different attributes, but here are the general characteristics of such saddles:

The advantage of synthetic materials generally is their water resistance – the saddle won’t get soaked in pouring rain or accumulate sweat on long rides. There are perforated synthetic saddles that will take some water, but most of the synthetic ones are “waterproof”.

The advantages of foam padding are light weight and it’s ability to spring back in shape after being compressed – they take a really long time to become compacted from use and loose springyness.

2. Synthetic saddles with gel padding

Synthetic saddle with gel padding. Picture 2

Synthetic saddle with gel padding.
Picture 2

Similar to the previously explained saddles except these saddles have “gel” instead of foam padding. Gel is a nice sounding marketing term, advertised as “new, super-comfortable material”.

Generally it does comform to body shape a bit better than other materials – instantly, without the need for a “break in” period. This is it’s biggest drawback – it relatively quickly becomes compacted, loosing springyness. Other drawback is that gel is a bit heavier than foam.

Gel padded saddles are usually comfortable for beginners, but as the back muscles strengthen and the body gets more accustomed to riding, it often becomes uncomfortable.

3. Leather saddles

Leather bicycle saddle. Picture 3

Leather bicycle saddle.
Picture 3

These saddles are constructed with leather stretched over a steel frame. They look very elegant, especially on vintage, or retro bicycles.

The advantage of these saddles is the ability of leather to take the shape of the rider’s back – just like leather shoes, they will break in after some use and “fit like a glove”. Leather as a material can also feel more comfortable in the summer, especially if no padded cycling shorts is used when riding. Another advantage: leather saddles (if mantained properly) are among the longest lasting – having the most durable material, resisting cuts and chafing.

The rest is all bad, unfortunately. Leather saddles require maintenance. As the leather stretches, it needs to be compensaded – most quality leather saddles have screws for stretching the metal frame to compensate for leather stretch.

Bolt for tightening the leather when it stretches. Picture 4

Bolt for tightening the leather when it stretches.
Picture 4

Other disadvantage is not being water resistant. Leather saddle will get soaked in the rain. Then it will feel uncomfortable to sit, and the wet leather will stretch more quickly if ridden before it is dried. So a plastic bag cover when parking in the rain (or even when riding if it’s a downpoor) is recommended.

Also, leather will dry and crack if it is not regularly waxed with leather care products. Worst case scenario is rain soaked, then sun baked – usual summer riding scenario.

Waxing a saddle with a leather care product. Picture 5

Waxing a saddle with a leather care product. Best done on both sides.
Picture 5

Leather feels very cold in the winter. As soon as it gets colder, most riders will need some padding, or thicker shorts/pants at the part where the back contacts the saddle – or it will feel uncomfortably cold.

Finally – because leather is heavy and requires a sturdy steel frame to keep it stretched – leather saddles are by far the heaviest.

 

The noted advantages and drawbacks should be considered when choosing the optimal saddle material for the intended use(r).

A post that explains the padding (thickness and softness) can be found here:
Bicycle saddle (seat) padding

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