Revit Xena 4, gloves women

For the dedicated female sport riders who live and breathe track days, Revit gives you the Xena 4 Ladies gloves. Ready to help you get the best handle on hitting apexes with technology that’s trickled down from top-level racing, so you collect your PBs, one after another.

Zooming in on the details

The main focuses in the evolution of these tried and tested track gloves were to work on the comfort, flexibility, and the race look. Using the female-specific fit system (expressly engineered for women’s’ hands), Revit added a stretch panel at the thumb, stretch lips at the fingers, thumbs and upper hand, to allow your hand to freely access the clutch, front brake, and throttle with precision, and without confinement. In terms of the style, bold new graphics, colors, and textures round out their aesthetic side.

Top-spec composition

The gauntlet-style Xena 4 Ladies is comprised of cowhide, drum-dyed goatskin (for an element of softness), 4-way stretch, and pre-curved fingers. Add the double cuff closure, a touch of neoprene for flexibility and comfort against the skin, an adjustment tab at the cuff and hands are enveloped in what full control is supposed to feel like.

Features

• Adjustment strap at wrist
• Adjustment tab at cuff
• Stretch at thumb
• Stretch lips at fingers
• Stretch lips at thumb
• Stretch lips at upper hand
• Double cuff closure
• Wrist strap
• Conductive fingertip at index finger
• Conductive fingertip at thumb
• Grip patch at palm
• Grip patch at thumb
• Long cuff
• Neoprene cuff
• Outside stitching
• Pre-curved fingers
• Silicon grip print at palm

Outer material

• 3D air mesh
• Cowhide
• Drum-dyed goatskin leather
• Microfiber e-touch
• Neoprene
• PWR|4-way stretch
• PWR|Shell 500D stretch
• Synthetic PU leather

Lining

• Tri-fleece liner

Protection

• PWR|Yarn
• SEESOFT at palm
• Temperfoam® at cuff
• Temperfoam® palm slider
• Temperfoam® underneath knuckle protector
• TPR finger knuckles
• TPU hard shell knuckle
• TPU hard shell palm slider
• TPU cuff protector

Certification

• Certified according to standard 13594:2015
• Fulfill the protection level 1 KP

Adjustment strap at wrist

The hook-and-loop adjustment strap at the wrist allows for optimum adjustability and fit when using Revit gloves. Find the ideal tightness and comfort every time it is used.

Conductive fingertip

With the conductive fingertip, you can do just that. Strategically placed correctly on your index fingers, you can set/change your navigation routes, tell your friends your location, select your music playlist, or whatever else you use a touchscreen for. This feature is especially handy when driving in cold weather, no need to take off your gloves and put your hands at risk of shock freezing. You'll be warm, cozy and in control wherever you are.

PWR|yarn

PWR|yarn is a 100% nylon thread with a unique internal bonding, which imparts excellent durability, high tensile and breaking strength, and ultimate abrasion resistance. Its strength comes from its unique structure, as a 3-wired yarn with an extra 4th wire spun into it. This 4th wire is heated to bond with the other 3 threads, so it will never unravel or split open. Seams with PWR|yarn hold under even the most extreme stress, and are perfect for outer seams on gloves and garments.

PWR|4-way stretch

A highly abrasion-resistant outer shell material that has stretch and strength in both directions woven into its construction, helping to protect riders.

PWR|Shell 500D stretch

Consisting of 100% high-performance polyamide yarns, PWR|Shell 500D stretch takes the best properties of a nylon with a high melting point, tremendous tear and abrasion-resistance, and excellent durability and then puts the unique REV’IT! design stamp on it. This PWR|Shell fabric comes in a stretch variant. The 500D indicates the density of the fabric. The higher the number the better the abrasion and tear resistance properties are.

Outside stitching

The PWR|yarn stitching is positioned on the outside of the glove, eliminating any potential pressure points at the seams, and giving these gloves the ultimate sensitivity every racer demands.

3D air mesh

This knitted fabric has an open, 3-dimensional structure that ensures good ventilation while riding. 3D air mesh is a must-have for long touring riders.

Drum tanned goatskin

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

Neoprene

Neoprene is a synthetic rubber and useful for protective clothing: it is abrasion-resistant, insensitive to chemicals, waterproof, somewhat stretchy and elastic.

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.

Hard shell knuckle

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

Tri-Fleece liner

This polyester tricot fabric is used for glove lining, and brushed to provide extra warmth without adding any bulk. The lining wicks moisture away, to prevent hands from getting damp.

Grip patch

A grip patch is made with a texturized pattern to deliver a superb grip performance.

SEESOFT

Revit’s in-house developed, lightweight, and protective SEESOFT foam – primarily used in back and chest protectors – has been reengineered to integrate directly into the gloves’ body construction. To offer lightweight, pinpointed impact protection where it’s most effective without impeding dexterity.

TPU hard shell palm slider

Palm slider made of a durable and high abrasion resistant TPU material at the palm side of the glove. The palm slider makes sure that the glove slides in case the palm of the hand comes in contact with the asphalt. The abrasion resistance of gloves equipped with these sliders is greatly increased, thus reducing the risk of injury significantly.

TPU cuff protector

Revit uses Thermoplastic Urethane (TPU) - a highly durable synthetic material – at the cuff of these gloves to add additional impact protection and to optimize sliding in the event of a mishap.