275455

Syncros
Celista V 2.0 Ladies Saddle

£72.99

Our new Performance woman's saddle, the Celista V is designed to reflect the more aggressive position preferred by racers. This saddle is part of our V-Concept saddle program which was developed for the more flexible rider, particularly in the pelvis and lumbar spine, who tend to ride a more aggressive aero position. Their shape on the bike is similar to a V, hence the name. The Celista V 2.0 features CrMo rails for the budget concious rider. Developed in conjunction with world renowned bike fit company Gebiomized, this saddle has been designed to offer the maximum tailored bike fit solution for an off the peg saddle.

RANGE OF USE: High Performance, Road & MTB

BASE: Glassfiber-reinforced nylon

RAILS: 7x7mm Hollow CrMo

COVER: Microfabric

SHAPE: Cut Out

FEATURES:

  • Ideal for riders who like a more aggressive position on the bike
  • Double density Glassfiber-reinforced nylon shell
  • Hollow CrMo rails
  • PU foam for comfort all day long
  • Pressure relief channel design redirects weight off of sensitive tissue

Our new Performance woman's saddle, the Celista V is designed to reflect the more aggressive position preferred by racers. This saddle is part of our V-Concept saddle program which was developed for the more flexible rider, particularly in the pelvis and lumbar spine, who tend to ride a more aggressive aero position. Their shape on the bike is similar to a V, hence the name. The Celista V 2.0 features CrMo rails for the budget concious rider. Developed in conjunction with world renowned bike fit company Gebiomized, this saddle has been designed to offer the maximum tailored bike fit solution for an off the peg saddle.

RANGE OF USE: High Performance, Road & MTB

BASE: Glassfiber-reinforced nylon

RAILS: 7x7mm Hollow CrMo

COVER: Microfabric

SHAPE: Cut Out

FEATURES:

  • Ideal for riders who like a more aggressive position on the bike
  • Double density Glassfiber-reinforced nylon shell
  • Hollow CrMo rails
  • PU foam for comfort all day long
  • Pressure relief channel design redirects weight off of sensitive tissue

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