







Approach shoes - Men -
Advice : Use the foot sizer from SIDAS to help you find the right size
The TX4 from La Sportiva is a comfortable, technical and versatile men's approach shoe.
The TX 4 is suitable for approach climbing, hiking and via ferrata. It is a stable shoe with comfortable cushioning and good protection to its stone guard.
The TX 4's lacing system has been placed lower to surround the foot, allowing for increased precision and comfort.
Its Vibram Megagrip sole is effective on all terrain, even the most technical and wet. Its suede upper is well-constructed, making this a durable model.
Impact Brake System is a system developed by La Sportiva that is also featured in this model. This intelligent crampon placement system allows a maximum number of cleats to be in contact with the ground on impact, which absorbs the negative impact on the ground and increases uphill traction while improving downhill grip.
The TX 4 is the perfect shoe for those who enjoy a variety of activities such as approach, hiking and via-ferrata.

Upper : Suede + protective 1.5 mm PU-Tech Lite sides and rubber tip
Lining: Mesh
Insole Ortholite® Approach 4mm
Midsole: injected EVA cushioning
Base: Vibram® MegaGrip with Impact Brake System
Weight per pair: 730g
Strong points:
- The most robust shoe in the Traverse X range
- STB Control System for increased torsional stability
- Highly abrasion-resistant fabric
- Mythos lacing system
Technologies:
| Vibram® MegaGrip | Sole capable of excellent traction on all types of surfaces, especially on slippery surfaces. It also provides high durability. |
| Ortholite® Approach | Made of polyurethane and recycled rubber, the sole offers superior cushioning, comfort, breathability and durability. |
| Impact Brake System |
Innovative system in the sole which absorbs the negative impact of the ground, boosting traction when climbing and improving grip when descending. The unique positioning of the crampons allows the maximum number of studs to be in contact with the ground for optimum impact absorption. |