Revit Kryptonite 3, gloves Gore-Tex

Short-cuffed, GORE-TEX, waterproof and warm commuting gloves for cold weather.

The REV’IT! Kryptonite 3 GTX gloves truly are bad weather’s, well, Kryptonite. When colder temperatures and rainy conditions try to keep you from your two-wheeled urban adventures, these gloves will keep your hands warm, dry, and comfortable.

Features

• GORE-TEX Z-liner
• GORE-TEX gloves + Gore grip technology
• 3M™ Thinsulate™ G 100 gr.
• High loft fur liner
• Push-Pull tri-fleece liner

Protection

• Hard-shell knuckle
• Temperfoam® underneath knuckle protector
• TPU hard shell palm slider
• Temperfoam® palm slider
• TPR finger knuckles
• Temperfoam® finger knuckles
• TPU hard shell little finger protector
• Temperfoam® at little finger
• These gloves are certified according to the EN 13594 Standard, published in 2015 and have achieved level 1 KP rating

Water be gone

Using the selectively bonded GORE-TEX grip construction, tactility is improved through the fingertips, and water is kept out. That said, hands can still breathe easy and let the moisture escape when you’re working hard at navigating the city streets. Just because it’s cold outside, doesn’t mean you have to be. And when temperatures are on the cooler side, the inclusion of 100 grams of 3M™ Thinsulate™ at the top of the hand helps keep the cold at bay.

Safety in the seams

A new hard shell PVC knuckle shape has been created for this model, and the additional of a hard protector at the little finger only adds to the impressive safety resumé. Furthermore, you’ll find a TPU palm slider on the short-cuffed Kryptonite 3 GTX gloves.

Drum tanned goatskin with WR finish

Tanned goatskin is considered to be particularly durable and is often used for gloves and other products that require a soft type of leather.

Goatskin with WR finish has undergone a process that makes it water repellent and stain resistant. The WR coating is bonded to the material at a molecular level, enhancing the material's natural water and dirt repellency without altering the look, feel or breathability of the fabric.

GORE-TEX® waterproof lining

Rain doesn't stand a chance with this lining, which is why it comes with the GUARANTEED TO KEEP YOU DRY™ promise. With the right base or mid layer, sweat can escape, you'll have cool hands on warm days and warm hands on cool days.

Laminated reflective elements

Reflective elements provide excellent visibility from all angles, allowing the wearer to be seen from all directions. For an even more refined look, the reflective elements are welded to the fabric. This welding process also eliminates the need for seams, which increases the safety of the garment.

3M™ Thinsulate® Insulation Material

It helps trap and retain body heat while allowing moisture to escape. The extremely fine microfibers in Thinsulate™ insulation help trap air and block heat loss from the body, making it the ideal gear for low temperatures. The high warmth-to-thickness ratio of this insulation makes it possible to design low-volume garments and with high freedom of movement.

Temperfoam®

This self-contouring foam is used in areas where mobility and fit are a must, such as the knuckles. Temperfoam® is available in both a rigid and a perforated version.

PWR|Shield

PWR|Shield is created using a unique knitting technique that results in a fabric with unsurpassed cut, tear and abrasion resistance.

Hard shell knuckle

The hard shell knuckle protector reinforces a very vulnerable part of the hand without compromising flexibility and freedom of movement.

TPU hard shell palm slider

Palm sliders are made of durable and highly abrasion-resistant TPU material and are located on the palm of the glove. They ensure that the glove glides immediately when the hand touches the asphalt. The abrasion resistance of such equipped gloves is enormous, which significantly reduces the risk of injury.

TPR injected finger knuckle protectors

TPR offers excellent resistance to impact, flex fatigue and tearing making it an ideal defensive material for knuckle protection. TPR parts are injected in the outer shell and allow freedom of movement.