






Trail running shoes - Men -
20% OFF
*See conditionsThe new Kaptiva from La Sportiva is a lightweight, innovative and high-performance trail shoe for men.
The Kaptiva is a medium to long distance shoe equipped with the innovative SLIP-ON fabric construction that will optimize the shoe's space for better shoe stability. The wrap-around SLIP-ON shoe will provide comfort and support. The shoe has a cuff at the ankle that wraps around your foot like a sock to prevent the ingress of any elements into the shoe during your runs.
The insole will offer you the perfect balance between stability, flexibility, traction and fluidity. The FriXion White rubber outsole developed by La Sportiva will give provide fantastic grip, durable on all terrains.
La Kaptiva It will be the perfect shoe for your next run in the mountains.


Upper:Mesh stabilising anti-deformation, tongue made of knitted fabric, wraparound and elastic + seamless TPU protective reinforcements
Lining : Breathable non-slip mesh
Inner sole: 4mm Ortholite Ergonomic
Midsole: compression EVA and stabilising TPU inserts + insert STB Control
Sole :FriXion® White with Impact Brake System
Drop: 6 mm
Heel height: 23 mm
Height of the metas: 17 mm
Weight of the pair: 560 g
Highlights:
- 100% recycled laces
- New comfortable wrap-around Trust-Fit shape
- Slip-Onconstruction in knitted fabric
- Elastic and single-layer cuff to prevent the ingress of the elements
- Sole featuring studs predisposed for spikes At Grip Spike
Technologies:
| FriXion® White | The soles of the FriXion® range are designed to be durable and adaptable to their function and the terrain they encounter. The White version features an ultra-grippy, anti-scuff sole with high durability |
| Ortholite® Ergonomic | Insole developed by La sportiva in collaboration with Ortholite for maximum comfort. |
|
Impact Brake System |
Innovative system featured in the sole to absorb negative ground impact, boost traction on the way up and improve grip on the way down. The unique positioning of the studs ensures that as many of them as possible are in contact with the ground, for optimum impact absorption. |