Fox Racing Defend Pro Fire Long Finger Gloves (Black) (S)

Fox Racing Defend Pro Fire Long Finger Gloves (Black) (S)
Back Order Now
You may back order this item and it will ship when it arrives.
$4.99 flat rate shipping! Learn More
Price: $69.95

Please Log in to receive a notification when this item arrives in stock.

Save In List
This item earns up to 70 VIP Reward Points Learn More

Fox Racing Defend Pro Fire Long Finger Gloves Description:

Defend Pro Fire Gloves were designed to keep you warm on long winter rides through a combination of a low-profile fit and water-resistant materials. Durable Water Repellent treatment appied to the gloves exterior sheds water and works to keep your gloves clean and dry, while 3-layer softshell fabric construction protects against the toughest elements. Keep your hands warm by leaving your gloves on when using your smartphone worry-free thanks to touch screen compatible thumbs and forefingers embedded with conductive thread.


Features:

  • AX Suede slim fleece waterproof palm keeps hands dry and warm
  • DWR finish sheds moisture, dirt, and debris
  • Longer compression molded cuff achieves secure fit that keeps the elements out
  • Conductive index finger and thumb enables touch screen compatibility
  • 3-layer softshell fabric protects against the toughest elements

Specifications:

  • Garment Type: Long Finger Gloves
  • Gender: Men
  • Discipline: Mountain & Gravel
  • Closure: Slip-On
  • Palm Padding: None
  • Application: Multi-Element (Water-Resistant)
  • Touchscreen Compatible: Yes
  • Knuckle Protection: -
  • Thumb Wipe: -
  • Visibility: -
  • Color: Black

This product was added to our catalog on September 12, 2024

Measurement Guide:
  • Measure from the base of the wrist where the first crease is, to the tip of the middle finger
Length (in)Numerical Size
S7-1/8 - 7-3/8"8
M7-3/8 - 7-5/89
L7-5/8 - 7-7/8"10
XL7-7/8 - 8-1/8"11
2XL8-1/8 - 8-3/8"12
3XL8-3/8 - 8-5/8"13
4XL8-5/8 - 8-7/8"14

Note: All measurements are provided by the manufacturer and may vary depending on how measurements are acquired.