Buy it now and receive it between 24 Jul and 27 Jul with InPost
ASICS Trabuco 14: Precision and comfort with every mountain stride
The ASICS Trabuco 14 is designed to maximize confidence with every step thanks to its combination of responsive cushioning, trail-adapted support, and protection on technical terrain. Its updated design promotes a comfortable ride, even over long distances.
- Surface: Trail
- Shoe type: Neutral
- Use: Training
- Weight: 281 g
- Drop: 8 mm
- Rock Protection Plate: Yes
- Cushioning: FF BLAST MAX
Technical features
With a clear focus on comfort, protection, and mountain performance, the ASICS Trabuco 14 evolves to deliver a more stable, cushioned, and secure trail running experience—even on unpredictable routes.
Improved cushioning with greater energy return
The midsole features FF BLAST MAX, a more plush and more responsive foam. This version adds 2 mm compared to the previous model, ensuring a smoother, more energetic transition with every stride.
Protection without stiffness: Rock Protection Plate
Equipped with a flexible rock plate, the shoe protects the sole of the foot from impacts on hard or rocky terrain without sacrificing natural movement.
Technical, functional upper design
The upper is made from a breathable technical mesh that reduces unnecessary reinforcements while keeping weight low. The new trail-specific fit offers better midfoot lockdown and a roomier toe box to improve comfort on long runs. It also includes an elastic lace band on the tongue to secure the laces and prevent them from coming undone during activity.
Grip that inspires confidence on any terrain
The outsole is built with ASICSGRIP rubber, an ASICS proprietary technology that provides advanced traction on both dry and wet surfaces. Ideal for technical terrain and unpaved surfaces.
Commitment to the environment and animal welfare
The Trabuco 14 has been developed with a vegan and sustainable approach. The sockliner is dyed using a process that reduces water use by 33% and carbon emissions by 45% compared to traditional methods.