The GLIDER model is the ideal seat for both intensive training and free time cycling. Designed for cyclists
who rides for hours at a time yet their anatomy requires a little more
padding for comfort. It uses the structure of the Composit model
joined with comfortable padding (+++), and a wider tail area of 136mm.
The Glider model has foamed elastomer padding where the ischial tuberosities and rear rest. This differentiated padding gives you additional comfort for your long rides.
patented features by Selle SMP, such as the completely free central
channel, the original eagle-beak nose and the raised rear give these
models an interesting aerodynamic touch.
In virtue of its comfortable padding, it is particularly suited for people with a medium-large sized pelvis and it is indicated for women cyclists. (see Selle SMP Saddle Selection Table for sizing infomation).
It is covered in real leather in the black versions and Lorica microfiber in the colored versions.
With carbon rails.
Please note pictures are for demonstration purposes, and actual spec may differ.
Selle SMP Saddle selection table
The geometry of the bicycle seat can decisively influence the reduction of compression and is therefore a fundamental parameter to consider and evaluate when choosing a seat..
HOW TO CHOOSE YOUR SADDLE
For the majority of cyclists choosing a high performance seat, fit for their personal needs and able to prevent disturbances, is perhaps the most complicated passage in defining the technical equipment of the bicycle, therefore finding a compromise is often the norm. Let’s analyze the various elements at play and the possible solutions in order to provide the cyclist with practical assistance.
The crucial importance of the seat among all bicycle components is due to the particular function persistently carried out on a very complex anatomical part from the point of view of bones and particularly rich in circulatory vessels. Furthermore, the physical-skeletal conformation of the pelvis bone and the musculature around it, like every other physical characteristic, is unique and specific for each individual (not even twins are absolutely identical). Even if anthropometric statistical studies have enabled identifying “classes” of pelvic width, within them the morphological variability of the various structures is quite limited.
Analyzing the pelvis structure and its interaction with the seat surface shows that the bone complex involved in sitting is the iliac bone, consisting of the ischium, ilium and pubic bones. The lower-back part of the iliac bone is characterized by an ischial tuberosity, which, together with the superior ramus of the ischium, bears the weight of the body in the normal sitting position.
Let’s take a look at the photos. They illustrate the ideal position of a pelvis on the seat: the area where the majority of the cyclist’s weight rests is the ischial tuberosities and the superior ramus of the ischium.
The resting surface is therefore a few square centimeters in which there are bones, muscles, tendons and cartilage. During a normal bicycle ride these organs and structures are subjected to stress from prolonged compression and traumas from impact.
Stress from prolonged compression: its extent depends on the shape of the seat, how it interacts with the morphology of the pelvis and the type of padding it has.
Traumas from impact: impact and danger are directly correlated with the absorption capacity of the padding, with the shape of the seat and the way it interacts with the pelvis.
Riding on a well-paved flat road leads the cyclist to constantly sit on the seat and a consequent prevalence of compression stress. On the contrary, riding a mountain bike on a rough and uneven trail, characterized by frequent sprints and technical descents leads to even violent impact and sitting less on the seat.
For these reasons Selle SMP recommends more padded saddles for off-road cycling (ex. BMX, cross-country, free ride, downhill, all mountain, etc.) and for all those specialties that involve jumps and stunts (street, urban, trial, etc.). In reality, according to our experts, using a SMP seat with at least light padding is in any case always advisable. SMP seats with padding are on average more comfortable and better absorb the roughness of the terrain, more effectively protecting the cyclist from the risk of micro traumas caused by the terrain and asphalt, both off and on road.
Apart from the type of cycling, numerous other factors must be considered when choosing the right seat. The athlete’s physical morphology, height, the interaxis/width of the ischial tuberosities, age, weight, pelvis conformation, which by correlating pants size to weight and height can be defined as narrow or normal or wide.
SMP4BIKE: DESIGNED ON YOUR BODY
Ergonomics is a science that studies the interaction between individuals and technologies. The quality of the relationship between the user and the means used is determined by the ergonomic level. The most important requisites that determine this level is safety, followed by adaptability, usability, comfort, pleasantness, comprehensibility, etc. The objective of ergonomics is to analyze the effects of technology on people, in terms of health, performance and behaviour. Ergonomics is a preventive discipline, with the purpose of studying how to avoid damaging effects.
In order to create the SMP4BIKE range we set a fundamental objective:
- Reduce pressure on the perineum and the consequent pressing of neuro-vascular structures in order to decrease the incidence of genitourinary problems and disorders in cyclists.
To pursue this objective we set further goals: our saddles must have an innovative design and top quality. Research and development activities led to defining exclusive patents with regard to shape, curvature and the dimensions of the various parts that make up the saddle.
All models are characterized by common and exclusive features of SMP4BIKE production:
1. The nose of the saddle: the characteristic "beak" shape has been designed to provide a flat base for strain when sitting, for example when facing long uphill climbs and as help in descents, offering greater bike control using the thighs. Furthermore, the most important thing is that testicles are not pressed upward.
2. The central channel: its unusual dimensions permit the rectum, prostrate, pudendal vein, the dorsal vein and artery of the penis, scrotum and testicles, the vulva and clitoris to not undergo any pressure.
3. Cyclist's sitting position: body weight is divided between the rear and the lower part of the ischial tuberosities. The position is favoured by the back profile shaped in such a way to avoid pressure on the coccyx when riding on rough roads.
4. The length of the bars/frame: it permits any cyclist to find the correct position on the saddle, making installation particularly simple and efficacious on practically any frame/saddle support combination.