La Sportiva Ultra Raptor II Mid GTX Gore-Tex Women's Speed Hiking Shoes, Everglade/Juniper

Ultra Raptor Mid II GTX is the mid-cut version of the Ultra Raptor Mountain Running icon, ideal for fast hiking and excursions with light loads. Waterproof and breathable thanks to the Gore-Tex® Extended Comfort membrane. The soft Comfort Collar protects the ankle from the entry of stones or mud and integrates the easy-fit spoiler for maximum ease of fit. The upper is in abrasion-resistant, breathable mesh fabric, perfect for use in all conditions. The rear stabilizing heel allows perfect control over the traverses. Perfect volume adjustment and foot hold thanks to the dedicated lacing elements: the eye-stay webbings are sewn on the inside of the upper and reinforced on the outside with a high frequency TPU skeleton, allowing the lace pull-force to be distributed equally over all areas of the upper. Ultra Raptor Mid II GTX is also available in a wide-fit comfort version to accommodate different foot-volumes. The result is an mid cut hiking shoe that can be worn for many consecutive hours and suitable for off-road use on any type of terrain. Raptorize yourself, again.

TECH INFO
Uppers: Abrasion resistant mesh with microfiber reinforcement band with anti-abrasion coating
Lining: Gore-Tex® Extended Comfort
Footbed: Ortholite Mountain Running
Midsole: Memlex Eva with shock-absorbing injection
Sole: Ultra-tight FriXion White with Impact Brake System and integrated anti-shock rubber toe
Drop: 9mm
Weight: 395 g (1/2 pair)

PLUS
+ Comfort Collar: soft collar to protect the ankle with an easy-fit spoiler that facilitates the fit
+ Waterproof and breathable Gore-Tex® Extended Comfort membrane lining
+ Rear stabilizing heel for perfect control over the traverses
+ FriXion™ White sole in soft XF compound with pronounced Trail Bite Heel heel for better downhill braking
+ Perfect volume adjustment and foot hold thanks to the dedicated lacing elements: the eye-stay webbings are sewn on the inside of the upper and reinforced on the outside with a high frequency TPU skeleton, allowing the lace pull-force to be distributed equally over all areas of the upper