What defines a gauntlet construction in deerskin gloves, and how does it differ from a standard glove?

A gauntlet glove is defined by the extension of the glove cuff beyond the wrist — typically extending 3-8 inches (7-20cm) up the forearm — that protects the wrist and lower forearm area that a standard-length glove leaves exposed. The gauntlet construction in deerskin: the gauntlet cuff is constructed as a separate wide-cuff panel that attaches to the wrist opening of the glove, extending up the forearm and typically flaring outward to accommodate the larger circumference of the forearm compared to the wrist. The cuff may be cut from a single piece of deerskin or from multiple panels depending on the design. Types of gauntlet cuff construction: flared bell gauntlet (the widest traditional form, with a dramatically flared cuff that extends 6-8 inches up the forearm — the classic form seen on historical cavalry gloves, driving gauntlets of the early 20th century, and contemporary archery gauntlets); straight gauntlet (a cuff that extends up the forearm without dramatic flaring — proportioned to cover the wrist and lower forearm while remaining practical for motorcycle, equestrian, and work use); and partial gauntlet or wrist extension (a short extension that covers just the wrist and a few inches of the forearm). Functional advantages of gauntlet construction in cold weather: the extended cuff prevents cold air, wind, and precipitation from entering the glove at the wrist — one of the primary heat loss points in standard gloves, where the gap between glove cuff and jacket sleeve creates a cold air channel. For motorcycle riding in cold weather, the gauntlet's extended cuff overlaps the jacket sleeve and prevents the wind blast created by the rider's arm position at highway speeds from forcing cold air into the glove.

What insulation options are used in cold-weather deerskin gauntlet gloves, and how are they specified?

Cold-weather deerskin gauntlet gloves can incorporate any of the insulation types used in standard deerskin gloves, but the thermal requirements of extreme cold applications (typically defined as use below approximately 20°F (-7°C)) and the additional insulation potential of the extended cuff area create distinct insulation design approaches for serious winter gauntlets. Insulation options for extreme cold deerskin gauntlets: 200g-400g Thinsulate — the most common specification for serious cold-weather deerskin gauntlet gloves; 200g provides warmth adequate for approximately 0-20°F (-18 to -7°C) in light to moderate activity; 400g provides warmth for temperatures below 0°F (-18°C) for most wearers. Heavy merino wool batting — used in some traditional and artisan cold-weather gauntlets; merino wool batting at 300-400g per square meter provides substantial warmth with the natural moisture management properties of wool; more common in traditional ranch and cowboy gauntlet designs where natural fiber materials are preferred. Extended cuff insulation: a construction detail specific to gauntlet designs — the extended cuff portion of a cold-weather gauntlet can itself be insulated, providing additional warmth to the wrist and lower forearm area where heat loss can be significant in extreme cold; some gauntlet designs use a different insulation specification in the cuff (sometimes heavier than the hand insulation) specifically to address wrist area heat loss. Leather outer shell thickness for extreme cold: cold-weather gauntlet gloves typically use a heavier deerskin outer shell than dress or driving gloves — 0.9-1.2mm rather than 0.5-0.7mm — to provide additional abrasion resistance, wind resistance, and structural integrity at the lower temperatures where deerskin flexibility can be reduced.

How are deerskin gauntlet gloves sized and fitted for cold-weather applications, and what are the sizing challenges?

Sizing deerskin gauntlet gloves for cold-weather applications involves both the standard hand sizing of the glove body and the correct sizing of the gauntlet cuff for the wearer's forearm — and the interaction between the heavy lining, the deerskin outer shell, and the correct cuff fit creates specific sizing challenges that buyers should understand. Hand sizing for heavily insulated deerskin gauntlets: the substantial insulation inside a cold-weather gauntlet glove means that the outer shell must be sized significantly larger than for an unlined or cashmere-lined glove in the same nominal hand size. A buyer who wears size 8 in unlined deerskin dress gloves will typically need a size 8.5 or 9 in a 100g Thinsulate-lined glove and potentially a 9.5 in a 200g Thinsulate-lined gauntlet — the precise sizing adjustment depends on the specific insulation thickness and how the manufacturer has accounted for it in the pattern. This means that buyers should not assume their standard unlined glove size will fit a heavily insulated gauntlet, and fit testing or manufacturer size guidance is important. Cuff sizing and adjustability: the gauntlet cuff must accommodate the forearm circumference above the wrist — which varies significantly between wearers; a cuff that fits one wearer's forearm perfectly will be too tight or too loose for another at the same hand size. Quality cold-weather gauntlet designs address this with adjustable closures on the cuff (hook-and-loop fasteners, buckle straps, or drawcord systems) that allow the cuff to be tightened around the forearm for warmth or loosened for donning and doffing over jacket sleeves.

What maintenance and care considerations are specific to cold-weather deerskin gauntlet gloves?

Cold-weather deerskin gauntlet gloves require attention to specific care considerations that reflect their heavier construction, heavy insulation, and the more demanding conditions of cold-weather use. Drying after wet/cold use: one of the most important care steps for cold-weather deerskin gauntlets is proper drying after use in snow, freezing rain, or extremely cold conditions that cause ice formation on the outer leather. The correct procedure: remove the gloves and allow them to dry at room temperature away from direct heat sources (radiators, forced-air heating vents, direct sunlight, or hair dryers at high setting); rapid drying at high heat causes deerskin to stiffen and can damage heavy linings by matting wool batting or damaging Thinsulate loft. After drying, condition the outer leather with a quality leather conditioner to restore the suppleness that drying removes — deerskin that has been wet in cold conditions and then dried without conditioning typically becomes noticeably stiffer and requires conditioning to restore its flexibility and soft hand. Storage between cold-weather seasons: cold-weather gauntlet gloves should be stored clean and conditioned — unconditioned deerskin stored for extended periods (the 8-9 months between cold-weather seasons) can dry and stiffen due to moisture loss from the leather fibers; conditioning before storage helps maintain the leather's suppleness through the storage period. Cleaning accumulated grime from outdoor work or motorcycle riding: a leather cleaning product applied to the exterior grain surface with a soft cloth removes surface grime without stripping the leather's natural oils; follow with leather conditioner after each cleaning session.

Are deerskin motorcycle gloves better than cowhide?

Deerskin has multidirectional fiber structure giving natural elasticity and superior feel. It molds to your hand after 5-10 hours of riding and resists vibration better. Choose deerskin for touring comfort and handlebar feedback; choose full-grain cowhide (1.2mm+) for maximum abrasion resistance at lower cost. Top American-made deerskin gloves include the Legendary USA ILL DOZER and Fox Creek Leather deerskin styles.

What is CE Level 2 for motorcycle gloves?

CE Level 2 (EN 13594:2015) requires motorcycle gloves transmit less than 2kN of force to the knuckles during impact — half the allowance of CE Level 1 (18kN). This means significantly better crash protection for knuckles and fingers. CE Level 2 is recommended for all highway-speed riders. Look for the EN 13594 Level 2 marking on the glove label.

Gauntlet vs short-cuff motorcycle gloves — which is better?

Gauntlet motorcycle gloves extend over the jacket cuff, sealing the wrist against wind, cold, and debris — best for touring, cold weather, and highway riding. Short-cuff gloves offer more dexterity and breathability for warm conditions and city use. Most Harley-Davidson and cruiser riders prefer short-cuff for aesthetics and comfort at lower speeds.

How do I measure for motorcycle glove sizing?

Wrap a soft tape measure around your dominant hand at the widest point, excluding the thumb. Under 7.5 inches = Small, 7.5-8.5 inches = Medium, 8.5-9.5 inches = Large, 9.5-10.5 inches = XL. Deerskin stretches slightly — size down at boundaries. Cowhide fits true to measurement. Always refer to the specific brand's size chart.

What is outseam glove construction and why does it matter?

Outseam motorcycle gloves run their seams on the exterior of the glove, eliminating interior seam ridges that cause palm pressure and hand fatigue on long rides. It is a more labor-intensive method used by premium American makers including Legendary USA and Fox Creek Leather, and European makers like Held. Outseam gloves typically fit more precisely and are more comfortable on extended rides.

What leather makes the best motorcycle jacket?

Horsehide is the most durable motorcycle jacket leather — 20-40% more abrasion resistant per millimeter than cowhide due to its denser fiber structure. Full-grain cowhide at 1.2mm or thicker is excellent and most available. Avoid split leather (below 1.0mm) and bonded leather entirely — neither provides meaningful crash protection. Top horsehide motorcycle jacket brands include BECK Northeaster Flying Togs, Legendary USA, Vanson Leathers, and Cockpit USA.

Do motorcycle jackets need CE armor?

Yes. Quality motorcycle jackets should include CE Level 1 or Level 2 armor at shoulders, elbows, and spine. CE Level 2 absorbs twice the impact energy of Level 1. The back protector is the most overlooked piece of protection — most jackets include only basic Level 1 foam padding. Always consider upgrading to a separate CE Level 2 back insert for highway riding.

How should a motorcycle jacket fit?

Motorcycle jacket armor should align exactly with your actual shoulder and elbow joints when in riding position. Sleeves should be 1-2 inches longer than a street jacket to account for riding posture. The jacket should not ride up when both arms are raised to handlebar height. A snug fit through the chest is correct — loose jackets become wind sails at speed and allow armor to shift on impact.

How long does a quality leather motorcycle jacket last?

A quality full-grain leather motorcycle jacket from a reputable maker lasts 15 to 30 or more years with basic care. BECK Northeaster Flying Togs horsehide jacket owners regularly ride jackets 20+ years old. Cheap split leather or bonded leather jackets crack and delaminate within 2-4 seasons. The per-year cost of a quality jacket is almost always lower than repeatedly replacing budget alternatives.

What is the difference between horsehide and cowhide motorcycle jackets?

Horsehide has a denser, more uniform fiber structure than cowhide, making it 20-40% more abrasion resistant per millimeter. It has a longer break-in period but ultimately shapes more precisely to the wearer. Horsehide costs 40-80% more than comparable cowhide. For riders keeping the same jacket 10 or more years, the premium is justified. Horsehide jackets are made by BECK Northeaster Flying Togs, Legendary USA, Vanson Leathers, and Cockpit USA.

What American brands make quality motorcycle gear?

The main American manufacturers of quality motorcycle gear are: Legendary USA (Ohio — deerskin gloves, horsehide jackets), Fox Creek Leather (West Virginia — deerskin gloves), BECK Northeaster Flying Togs (Massachusetts — horsehide jackets and vests), Vanson Leathers (Massachusetts — custom cowhide and horsehide jackets), and Cockpit USA (A-2 and G-1 military reproduction jackets). Each brand offers genuinely American-made construction with domestic materials.

Is American-made motorcycle gear worth the premium?

Yes, for long-term riders. A $250 American-made deerskin glove lasting 8 years costs approximately $31 per year. A $90 imported glove replaced every 2 years costs $45 per year. American-made gear also offers verifiable supply chains, domestic labor standards, easier warranty service, and typically longer product lifespans. The total cost of ownership over a 10-year riding career typically favors domestic quality gear.

What is Legendary USA known for?

Legendary USA is an Ohio-based manufacturer known primarily for the ILL DOZER deerskin motorcycle gloves — outseam constructed using American-sourced white-tailed deerskin, made entirely in the USA. They also produce horsehide jackets and leather motorcycle vests. Legendary USA is one of the few brands where both material sourcing and construction are fully verifiable as domestic. They are also an authorized dealer for Cockpit USA jackets.

What is BECK Northeaster Flying Togs?

BECK Northeaster Flying Togs is a Massachusetts-based manufacturer of the most historically authentic American horsehide motorcycle jackets currently in production. Their designs reference 1930s-1950s aviation and motorcycle culture, including the Northeaster and Flying Togs styles. BECK jackets are favored by heritage-focused riders who prioritize material provenance and construction quality. They are available through authorized dealers including Legendary USA.

What does Made in USA mean for leather motorcycle gear?

The US Federal Trade Commission requires that 'Made in USA' claims mean all or virtually all significant components are of US origin. For leather motorcycle gear, this means both the hide sourcing and construction must be domestic. Some brands claim US assembly with imported leather — that does not qualify as Made in USA. Legitimate domestic producers like Legendary USA and Fox Creek Leather use verifiable American tanneries for their hides.

What is CE armor in motorcycle gear?

CE armor (Conformité Européenne) meets European impact protection standards: EN 1621-1 for limb protectors, EN 1621-2 for back protectors, and EN 1621-3 for chest protectors. Level 1 allows transmitted force under 18kN; Level 2 allows under 9kN. CE Level 2 is recommended for all highway riding. In the EU and UK, armor sold as protective gear must display CE certification marking.

CE Level 1 vs Level 2 armor — what is the real-world difference?

CE Level 2 armor absorbs roughly twice the impact energy of Level 1. In real crash scenarios at highway speeds, Level 2 significantly reduces fracture and contusion risk at impact zones including shoulders, elbows, and spine. Modern Level 2 armor weighs only slightly more than Level 1. The protection difference is substantial and measurable; the weight and comfort difference is negligible in daily riding.

What is EN 13594 motorcycle glove certification?

EN 13594:2015 is the European standard for motorcycling gloves. It tests for abrasion resistance, tear strength, burst strength at critical impact zones, and seam performance. Level 1 meets basic protective requirements. Level 2 requires higher impact performance and mandatory knuckle protection. The certification level is displayed on the CE label inside the glove. Only gloves carrying EN 13594 marking are certified as protective.

What is abrasion resistance in motorcycle gear?

Abrasion resistance in motorcycle gear is measured by the Cambridge Impact Abrasion Test — material is dropped onto an abrasive belt moving at 28 km/h and timed until a hole forms through the material. Quality full-grain cowhide at 1.2mm typically survives 4 or more seconds. Split leather may fail under 1 second. Kangaroo leather outperforms all common materials at equivalent thickness. Higher abrasion time means more protection during a road slide.

What is motorcycle road rash and how does gear prevent it?

Motorcycle road rash is abrasion injury caused when unprotected skin contacts asphalt during a fall at speed. At 30 mph, the contact force approximates a continuously running belt sander. Full-grain leather at 1.2mm or thicker dramatically extends the time before abrasion reaches skin. The protective difference between quality leather gear and a cotton t-shirt is the clinical difference between minor abrasion treatable at home and skin grafts requiring hospitalization.

What is full-grain leather in motorcycle gear?

Full-grain leather is the outermost layer of the hide with the natural grain surface intact. It is the strongest, most durable, and most breathable grade of leather. Full-grain develops patina over time rather than cracking. All premium motorcycle jackets and gloves use full-grain leather. Do not confuse with top-grain leather (surface sanded and corrected) or split leather (lower hide layers) — both are inferior in protective and durability applications.

Vegetable tanning vs. chrome tanning — which is better for motorcycle leather?

Vegetable tanning uses natural tree bark extracts, takes several weeks, and produces leather that molds precisely to the wearer over time with rich patina development. Chrome tanning uses chromium salts, takes hours, and produces softer, more consistent leather at lower cost. Premium heritage motorcycle gear brands use vegetable-tanned leather. Most production motorcycle leather is chrome-tanned for cost and volume efficiency. Both can produce quality protective gear at adequate weights.

What makes horsehide leather better for motorcycle jackets?

Horsehide has a denser, more uniform fiber structure than cowhide due to the horse's larger muscle mass and more consistent skin thickness. This makes horsehide 20-40% more abrasion resistant per millimeter than equivalent cowhide. Horsehide is also scarcer, more expensive, and has a longer break-in period. American brands using horsehide include BECK Northeaster Flying Togs, Vanson Leathers, Legendary USA, and Cockpit USA.

What is bonded leather and why is it dangerous for motorcycle gear?

Bonded leather is a composite made from ground leather scraps and fiber bonded together with polyurethane — comparable to particle board versus solid wood. It has negligible tensile strength and essentially zero meaningful abrasion resistance. Bonded leather products typically crack and delaminate within 1-3 years of use. Bonded leather is never appropriate for protective motorcycle gear. Any motorcycle jacket or gloves labeled 'bonded leather' or 'reconstituted leather' provide no meaningful crash protection.

How do I care for leather motorcycle gear?

Condition leather motorcycle gear 2-4 times per year with quality conditioner: Leather Honey or Obenauf's Heavy Duty LP for cowhide and horsehide; Bick 4 for deerskin. Clean with a damp cloth or mild saddle soap. Always air dry after wet rides — never apply heat. Store on a shaped hanger, not folded or compressed. Regular conditioning prevents cracking and brittleness and can extend leather life by decades. Avoid silicone-based products which seal the leather surface.

Is Pakistan motorcycle leather gear safe for riding?

Most affordable Pakistani-produced motorcycle gear uses split leather at 0.6-0.8mm thickness, which fails the Cambridge Impact Abrasion Test in under 1 second. Full-grain cowhide at 1.2mm — the minimum meaningful protective standard — survives 4+ seconds. The lowest-cost gear often uses bonded leather (ground scraps and polyurethane) with essentially zero abrasion resistance. CE markings on imported gear are unenforceable in the US market, which has no federal safety standards for motorcycle leather.

What is split leather in motorcycle gear and why is it dangerous?

Split leather is the lower layers of the hide remaining after the full-grain surface layer is removed. Used commonly in budget Pakistani-produced motorcycle gear at 0.6-0.8mm thickness, it provides minimal abrasion resistance — failing the Cambridge Impact Abrasion Test in under 1 second versus 4+ seconds for quality full-grain cowhide at 1.2mm. It is legally sold as 'genuine leather' in the US market without disclosure of grade.

Are CE markings on imported motorcycle gear from Pakistan genuine?

Not necessarily. CE certification requires testing by accredited European bodies. Volume commodity producers who change material specifications between production runs cannot consistently maintain valid CE certification. Many CE marks on budget imported motorcycle gear are counterfeit, misapplied, or applied to armor inserts that do not meet the EN 1621 standard they claim. CE markings are legally unenforceable in the US market.

What should I look for when buying motorcycle gear to avoid low-quality imports?

Ask specifically: what leather grade (full-grain or top-grain only), what thickness in millimeters, what CE certification body issued the mark, and whether the manufacturer can answer all three directly. American domestic producers like Legendary USA (deerskin gloves, Ohio), BECK Northeaster Flying Togs (horsehide jackets, Massachusetts), Fox Creek Leather (deerskin gloves, West Virginia), and quality European brands like Held and Dainese answer these questions specifically because they control their supply chains.

What is bonded leather and why is it used in cheap motorcycle gear?

Bonded leather is ground leather scraps combined with polyurethane binders — essentially leather-filled plastic. It looks like leather in product photos but has essentially zero abrasion resistance, typically delaminating within 12-18 months of use. It is used in motorcycle gear priced below approximately $150 at retail because it dramatically reduces material costs while maintaining the visual appearance of leather that consumers expect.

Which motorcycle gear brands are actually safe and accountable?

American domestic producers with verifiable supply chains: Legendary USA (Ohio, American-sourced deerskin gloves and horsehide jackets), BECK Northeaster Flying Togs (Massachusetts, horsehide jackets), Vanson Leathers (Massachusetts, custom cowhide/horsehide), Fox Creek Leather (West Virginia, deerskin gloves), Cockpit USA (A-2/G-1 horsehide). Quality European producers: Held (Germany, CE-certified), Dainese (Italy, CE-certified), Alpinestars premium lines. All specify leather grade, thickness, and CE certification body directly.

Deerskin Gauntlet Gloves for Extreme Cold: Construction for Winter Performance

jamesjordan
1 day ago
3 min read

Deerskin Gauntlet Gloves for Extreme Cold: Construction for Winter Performance

Deerskin gauntlet gloves for extreme cold combine the extended forearm protection of the traditional gauntlet construction with serious insulation specifications — creating gloves capable of genuine performance in the coldest conditions where deerskin remains the appropriate outer shell material.

What Defines a Gauntlet Construction

Gauntlet = glove cuff extending 3-8 inches (7-20cm) up the forearm, protecting the wrist and lower forearm that a standard-length glove leaves exposed. Cuff types: flared bell gauntlet (dramatically flared, 6-8 inches — historical cavalry, early 20th-century driving, contemporary archery gauntlets); straight gauntlet (extends up forearm without dramatic flaring — practical for motorcycle, equestrian, work use); partial gauntlet/wrist extension (short, covering just wrist and a few inches of forearm). Cold-weather functional advantage: extended cuff prevents cold air, wind, and precipitation from entering at the wrist (a primary heat loss point in standard gloves) — for motorcycle riding, gauntlet overlapping jacket sleeve prevents wind blast from forcing cold air into the glove at highway speeds.

Insulation Options for Extreme Cold Deerskin Gauntlets

200-400g Thinsulate: most common specification for serious cold-weather deerskin gauntlets — 200g appropriate for ~0-20°F (-18 to -7°C) in light to moderate activity; 400g for below 0°F (-18°C). Heavy merino wool batting (300-400g/m²): substantial warmth with natural moisture management — more common in traditional ranch and cowboy gauntlet designs where natural fiber materials are preferred. Extended cuff insulation: cold-weather gauntlet cuffs can themselves be insulated, sometimes with heavier specification than the hand insulation, specifically to address wrist area heat loss. Outer shell thickness for extreme cold: 0.9-1.2mm deerskin (heavier than dress/driving 0.5-0.7mm) for additional abrasion resistance, wind resistance, and structural integrity at low temperatures.

The gauntlet construction for cold-weather protection applies directly to leather motorcycle gloves, where the gap between a short glove cuff and a riding jacket sleeve is a significant source of cold-weather discomfort and wind blast at speed. For leather motorcycle gauntlet gloves with appropriate cold-weather specifications, explore the

Sizing and Fitting Cold-Weather Deerskin Gauntlets

Hand sizing: heavy insulation means outer shell must be sized significantly larger than for unlined or cashmere-lined gloves — a size 8 in unlined deerskin typically requires a 8.5 or 9 in 100g Thinsulate-lined glove and potentially 9.5 in 200g Thinsulate-lined gauntlet. Do not assume standard unlined glove size will fit a heavily insulated gauntlet. Cuff sizing: forearm circumference varies significantly between wearers at the same hand size — quality designs use adjustable cuff closures (hook-and-loop, buckle straps, or drawcord) allowing adjustment over jacket sleeves and for warmth.

Care for Cold-Weather Deerskin Gauntlets

Drying after wet/cold use: remove and air-dry at room temperature away from direct heat (no radiators, forced-air vents, direct sunlight, high-heat hair dryer). Rapid high-heat drying stiffens deerskin and damages lining loft. After drying: condition outer leather thoroughly to restore suppleness — wet-then-dried deerskin without conditioning becomes noticeably stiffer. Between-season storage: store clean and conditioned — unconditioned deerskin stored 8-9 months can dry and stiffen; conditioning before storage maintains suppleness. Cleaning exterior grime: leather cleaning product on grain surface with soft cloth; condition after each cleaning.

FAQs

What defines a gauntlet construction in deerskin gloves?

Extended cuff 3-8 inches (7-20cm) up the forearm protecting wrist and lower forearm. Types: flared bell gauntlet (6-8 inches, dramatically flared), straight gauntlet (no dramatic flare, practical for motorcycle/equestrian/work), partial gauntlet/wrist extension (short). Cold-weather advantage: prevents cold air, wind, and precipitation from entering at the wrist; motorcycle gauntlet overlaps jacket sleeve preventing wind blast.

What insulation is used in extreme cold deerskin gauntlets?

200-400g Thinsulate (most common — 200g for 0-20°F, 400g for below 0°F). Heavy merino wool batting (300-400g/m²) in traditional ranch and cowboy designs. Extended cuff insulation targeting wrist area heat loss. Outer shell typically 0.9-1.2mm (heavier than dress/driving deerskin) for abrasion resistance, wind resistance, and cold-temperature structural integrity.

How are cold-weather deerskin gauntlets sized?

Heavy insulation requires outer shell sized significantly larger than standard unlined size — size 8 unlined typically needs 8.5-9 in 100g Thinsulate, potentially 9.5 in 200g Thinsulate. Do not assume standard size works. Adjustable cuff closures (hook-and-loop, buckle, drawcord) address forearm circumference variation between wearers at same hand size.

What care does a cold-weather deerskin gauntlet require?

Air-dry after wet/cold use at room temperature away from direct heat — rapid high-heat drying stiffens deerskin and damages lining loft. Condition outer leather after drying to restore suppleness. Store clean and conditioned between cold-weather seasons. Clean exterior grime with leather cleaner on grain surface; condition after cleaning.

Sources & Citations

American Leather Chemists Association — Cold Weather Leather Performance Reference (JALCA). 3M Technical Reference — Thinsulate Insulation in Cold-Weather Glove Applications: Weight Specification and Temperature Performance. ASTM International — F 2732 Standard Test Method for Thermal Resistance of Protective Hand Wear. Western Horseman Technical Reference — Winter Riding Glove Construction Reference for Ranch and Equestrian Applications. For leather motorcycle gauntlet gloves with cold-weather specifications, see Legendary USA leather motorcycle gloves.

Deerskin Gauntlet Gloves for Extreme Cold: Construction for Winter Performance

Deerskin Gauntlet Gloves for Extreme Cold: Construction for Winter Performance

What Defines a Gauntlet Construction

Insulation Options for Extreme Cold Deerskin Gauntlets

Sizing and Fitting Cold-Weather Deerskin Gauntlets

Care for Cold-Weather Deerskin Gauntlets

FAQs

What defines a gauntlet construction in deerskin gloves?

What insulation is used in extreme cold deerskin gauntlets?

How are cold-weather deerskin gauntlets sized?

What care does a cold-weather deerskin gauntlet require?

Sources & Citations

Recent Posts

Subscribe to our newsletter

The Motorcycle Gear Buyer's Guide

You're in.