Home
The North Face Women's Altamesa 300 V2 Trail Sneakers
Dillards
Loading Inventory...
The North Face Women's Altamesa 300 V2 Trail Sneakers in Franklin, TN
By The North Face
Current price: $150.00

Dillards
The North Face Women's Altamesa 300 V2 Trail Sneakers in Franklin, TN
By The North Face
Current price: $150.00
Loading Inventory...
From The North Face, the Women's Altamesa 300 V2 Trail Sneakers feature: Seamless, engineered lightweight upper with zonal reinforcements Stay-in-place tongue wings are integrated into the internal dust liner for long-distance comfort Lightweight tongue and comfortable padded collar Lightweight reinforced toe cap designed for protection Racing laces with serrated edges help keep shoes tied Midfoot webbing reinforcements for improved lockdown Sole Unit: Our ultralight EVA midsole offers a noticeably plush and fun underfoot experience 31 mm heel stack height (midsole + outsole) with a 6 mm heel/toe offset Designed with a wider underfoot platform to provide inherent stability#back; SURFACE CTRL™ SC2 rubber outsole with 4 m lugs for enhanced traction and durability on trail terrain Imported.
- Designed with a wider underfoot platform to provide inherent stability\
From The North Face, the Women's Altamesa 300 V2 Trail Sneakers feature: Seamless, engineered lightweight upper with zonal reinforcements Stay-in-place tongue wings are integrated into the internal dust liner for long-distance comfort Lightweight tongue and comfortable padded collar Lightweight reinforced toe cap designed for protection Racing laces with serrated edges help keep shoes tied Midfoot webbing reinforcements for improved lockdown Sole Unit: Our ultralight EVA midsole offers a noticeably plush and fun underfoot experience 31 mm heel stack height (midsole + outsole) with a 6 mm heel/toe offset Designed with a wider underfoot platform to provide inherent stability#back; SURFACE CTRL™ SC2 rubber outsole with 4 m lugs for enhanced traction and durability on trail terrain Imported.
- Designed with a wider underfoot platform to provide inherent stability\
























