Tensor Saior Optimus SR

TECNOLOGÍAS

TÉCNICA DE TENSORES

Este modelo de pala de pádel está fabricado con nuestro nuevo molde “Tensioner”. Este molde ha sido diseñado con precisión para mejorar el rendimiento del pádel, estableciendo nuevos estándares de innovación tanto en el mundo amateur como en el profesional.

El diseño del molde resulta llamativo al instante, gracias a sus numerosos “brazos” o tensores —que recuerdan a vigas estructurales— situados alrededor de la sección media-baja y el corazón de la raqueta. Estos tensores representan la tecnología principal del molde y dan nombre al modelo “Tensioner”.

Mayor integridad estructural del marco

La función de estos tensores laterales es proporcionar una solidez y resistencia excepcionales a la zona de la raqueta que sufre mayor tensión durante el juego intenso y de alto nivel. Reducen significativamente la flexión tubular en las zonas más críticas de la raqueta.

Resistencia reducida al aire

Furthermore, the entire Tensioner mold—including the placement of the tensioners themselves—has been meticulously studied and designed to minimize air resistance and improve aerodynamics. This dramatically reduces the perceived weight of the racket when executing any movement or technique during play.

STABILIZER TECH

Another notable feature is the heart of this SAIOR HyperRacket.

A stabilizer designed using the same Tensioner technology has been added to this section, visible through the placement of two large tensioners in the center.

As previously mentioned, these enhance the racket’s rigidity and aerodynamics. However, the primary design objective is to achieve perfect balance by shifting weight toward this central point, thereby significantly reducing “head-heaviness” or excess weight in the upper part (the head) of the racket.

Furthermore, because it is part of the mold itself rather than an add-on component, the racket remains lighter, and vibrations typically caused by such attachments are eliminated. It also removes the risk of parts detaching from the racket during play.

ANATOMICAL GRIP BRIDGE TECH

We can also observe that the profile of the Tensioner mold is higher than usual in the lower section—closest to the handle.

SAIOR designed it this way to facilitate and improve comfort when using a two-handed grip, a technique frequently employed for backhand shots.

Additionally, this design makes the padel racket more comfortable to hold in the ready or receiving position.

ADAPTATIVE HOLE DISTRIBUTION TECH

SAIOR has incorporated a drilling pattern adapted to the specific shape of the Tensioner mold.
This results in greater core flex and force distribution across the hitting surface, as well as increased durability.
Furthermore, this design maximizes the sweet spot (creating a “spring” or “arrow” effect) and enhances shot sensitivity and control.

FULL GRIP FACE TECH

Following a trend seen in competitor models, SAIOR has added a hexagonal texture to the hitting surface of this model.
Covering the entire impact zone, this texture improves ball grip upon contact, allowing for more effective spin on shots.

DUAL BRIDGE TECH

As with its predecessor, the SK-Libur, SAIOR has retained the “Dual Bridge” technology in the racket’s throat area.
However, the design has been improved with significantly thicker tubes than those found on the SK-Libur, further enhancing structural solidity and minimizing vibration transmission to the handle.

CONSTRUCTION

FULL SK CARBON

As is standard across all SAIOR models, this racket is constructed entirely using the highest-quality SK Carbon available on the market. This type of construction ensures greater durability during prolonged play and resilience against weather fluctuations—such as high or low temperatures—that might otherwise compromise a racket’s performance and shot effectiveness.

HIGH EVA MEMORY

Para el modelo Tensioner Shoma SR, SAIOR ha optado por un núcleo de goma de densidad suave y alta memoria, desarrollado exclusivamente para las palas de pádel SAIOR. Gracias a su densidad suave, esta goma se combina a la perfección con la estructura de carbono —que normalmente rigidiza la pala— para ofrecer un excelente control y tacto sin sacrificar la potencia de salida de la bola, lo que da como resultado una pala fácil de manejar, incluso para jugadores aficionados.

EPOXI DE ALTA ELASTICIDAD

Para completar el ensamblaje de la raqueta —y dada la complejidad de los diseños y moldes involucrados— se ha desarrollado una resina epoxi especializada para SAIOR. Esta resina garantiza una unión y elasticidad óptimas entre los materiales.