
Gale 2 BX Sneaker Women's
The updated Gale sneaker takes comfort and performance to the next level. Retaining the same generous last and super-comfy BoomaxX midsole, this version introduces a breathable, lightweight, and incredibly durable jacquard knit upper. The addition of a CoolmaxX mesh lining enhances moisture-wicking and temperature control, ensuring all-day freshness and comfort
An external heel stabilizer provides excellent support while maintaining a smooth and seamless heel design for unmatched comfort
Key Features
- BoomaxX midsole
- Lace-up shoe
- Strong jacquard-knit upper
- Lightweight and breathable
- Removable anatomically designed insole
- Coolmax mesh lining
- Seamless upper
- Suitable for active and free time
Materials
- Material 1: Jacquard mesh upper. Jacquard knit mesh upper shoes — Material content: 70% Recycled polyester / 30% Polyester
- Material 2: TPU high-freaquency print — Material content: 100% TPU
- Material 3: Lycra lining — Material content: 10% Elastane / 90% Polyester
- Outsole: BoomaxX midsole with TPR outsole
- Foot bed: COMFORT removable antibacterial and anatomical
- Technologies: Halti BoomaxX
Washing and Care Instructions
- If the shoes get wet, or after washing, dry them at room temperature or in a low temperature dryer cabinet, max. 40° degrees. Never dry on a radiator or in a hot sauna. Good air conditioning is desirable. Paper can be used inside the shoe, to absorb moisture
- softshell and other textile shoes can be washed by hand in lukewarm water with mild soap. Please note that due to the multi-layer structure of DrymaxX shoes, they take a long time to dry and therefore washing should be avoided
- Protect clean unused shoes with a suitable protective spray. First try in an inconspicuous spot to make sure that the material does not react to the spray. Follow instructions of the spray
- After use, brush or wipe sand, mud and dust off the shoes, also from the inside. As the shoe dries, the dirt hardens and may break the surface material
Original: $103.04
-65%$103.04
$36.06Product Information
Product Information
Shipping & Returns
Shipping & Returns
Description
The updated Gale sneaker takes comfort and performance to the next level. Retaining the same generous last and super-comfy BoomaxX midsole, this version introduces a breathable, lightweight, and incredibly durable jacquard knit upper. The addition of a CoolmaxX mesh lining enhances moisture-wicking and temperature control, ensuring all-day freshness and comfort
An external heel stabilizer provides excellent support while maintaining a smooth and seamless heel design for unmatched comfort
Key Features
- BoomaxX midsole
- Lace-up shoe
- Strong jacquard-knit upper
- Lightweight and breathable
- Removable anatomically designed insole
- Coolmax mesh lining
- Seamless upper
- Suitable for active and free time
Materials
- Material 1: Jacquard mesh upper. Jacquard knit mesh upper shoes — Material content: 70% Recycled polyester / 30% Polyester
- Material 2: TPU high-freaquency print — Material content: 100% TPU
- Material 3: Lycra lining — Material content: 10% Elastane / 90% Polyester
- Outsole: BoomaxX midsole with TPR outsole
- Foot bed: COMFORT removable antibacterial and anatomical
- Technologies: Halti BoomaxX
Washing and Care Instructions
- If the shoes get wet, or after washing, dry them at room temperature or in a low temperature dryer cabinet, max. 40° degrees. Never dry on a radiator or in a hot sauna. Good air conditioning is desirable. Paper can be used inside the shoe, to absorb moisture
- softshell and other textile shoes can be washed by hand in lukewarm water with mild soap. Please note that due to the multi-layer structure of DrymaxX shoes, they take a long time to dry and therefore washing should be avoided
- Protect clean unused shoes with a suitable protective spray. First try in an inconspicuous spot to make sure that the material does not react to the spray. Follow instructions of the spray
- After use, brush or wipe sand, mud and dust off the shoes, also from the inside. As the shoe dries, the dirt hardens and may break the surface material
























