ASICS GT-2000 14 TR - Energised Stability for Gravel and Mixed Terrain

The GT-2000 14 TR is designed to provide a more energetic ride in a stable running experience, now adapted for gravel and mixed terrain. This is the most comfortable and responsive GT-2000 iteration yet, featuring a trampoline-inspired outsole pod positioned in the centre of the outsole to produce a more responsive toe-off. Updated with FF BLAST MAX cushioning and gravel-capable AHAR LO and SNOW RUBBER LO materials, this shoe delivers dependable support across varied surfaces.

FF BLAST MAX Cushioning with Trampoline-Inspired Outsole

The midsole is updated with FF BLAST MAX cushioning — one of ASICS' most energetic midsole foams, complemented with cloud-like softness and responsive energy return in each step. This foam creates a more energised toe-off whilst offering generous cushioning during the landing phase of your stride. A trampoline-inspired outsole pod captures more energy return for an enhanced foam bouncing effect during toe-off, making the GT-2000 14 TR noticeably livelier underfoot than previous versions whilst maintaining the stability the platform is known for.

3D GUIDANCE SYSTEM with Rearfoot PureGEL Technology

The 3D GUIDANCE SYSTEM is an adaptive, on-demand stability system achieved through platform geometry and controlled deformation. It supports how your foot naturally moves and guides you forward without feeling stiff or restrictive, working alongside your body's mechanics rather than forcing changes. Rearfoot PureGEL technology — a softer, updated version of ASICS' GEL technology — is approximately 65% softer than standard GEL whilst maintaining all the acclaimed properties that made the original famous. This enhances shock absorption and minimises impact on joints.

Gravel-Capable Outsole with AHAR LO and SNOW RUBBER LO

AHAR LO and SNOW RUBBER LO materials are positioned in the outsole to create better traction and improved softness across various terrain types. These lower-density rubbers provide reliable grip and traction on gravel, dirt paths, and mixed surfaces without sacrificing durability. The woven mesh upper is breathable material that helps keep feet dry, whilst an asymmetric tongue wing improves fit. An OrthoLite X-30 sockliner provides cushioning performance and moisture management for a cooler, drier environment. Reflective details enhance visibility during early morning and evening runs. At least 50% of the shoe's main upper material is made with recycled content, and the sockliner uses solution dyeing that reduces water usage by approximately 33% and carbon emissions by approximately 45%.

Key Features:

- FF BLAST MAX cushioning for energised toe-off

- Trampoline-inspired outsole pod for energy return

- 3D GUIDANCE SYSTEM for adaptive stability

- Rearfoot PureGEL technology (65% softer than standard GEL)

- AHAR LO and SNOW RUBBER LO for gravel traction

- Woven mesh upper for breathability

- Asymmetric tongue wing

- OrthoLite X-30 sockliner

- Reflective details

- At least 50% recycled upper materials

- Solution-dyed sockliner (33% less water, 45% less carbon emissions)

- Designed for overpronation

Best For:

- Gravel running

- Mixed terrain running

- Overpronation control on varied surfaces

- Everyday training beyond smooth roads

- Runners requiring stability on gravel paths

- Road-to-gravel transitions

Is the GT-2000 14 TR Right for You?

The GT-2000 14 TR is built for runners who need dependable stability and support but run on gravel paths, dirt tracks, and mixed terrain where the standard road version loses traction. If you overpronate or feel less stable in neutral designs and want a shoe that offers guidance throughout your stride on varied surfaces, the GT-2000 14 TR delivers. The 3D GUIDANCE SYSTEM provides adaptive stability without feeling restrictive, the FF BLAST MAX cushioning makes it the most energetic GT-2000 yet, and the AHAR LO and SNOW RUBBER LO materials maintain traction on gravel and dirt. It's the GT-2000 comfort and support you know, now engineered for runners who refuse to stay exclusively on tarmac but still need reliable overpronation control.