Auto Racing Gloves

OMP ONE EVO FX Gloves my2026 The OMP ONE EVO FX Gloves are engineered for professional drivers seeking maximum steering precision, reduced fatigue, and superior ergonomic comfort during long race sessions. Designed with an advanced precurved construction and optimized grip zones, these FIA 8856-2018 approved gloves enhance tactile feedback while maintaining excellent breathability and fit. Built using lightweight honeycomb fabric with strategically placed silicone grip sections, the ONE EVO FX Gloves provide consistent steering wheel control under demanding motorsport conditions. External seams reduce pressure points while internal thumb seams improve sensitivity around steering wheel buttons and controls. Key Features of the OMP ONE EVO FX Gloves FIA 8856-2018 approved racing gloves Precurved ergonomic construction reduces hand fatigue Silicone grip zones optimized for directional steering control External seams improve comfort and reduce pressure points Internal thumb seams enhance feel on steering wheel controls Breathable honeycomb outer fabric improves airflow Elastic cuff with slanted wrist cut for improved fit and entry Updated modern OMP visual styling Available in multiple color combinations Designed for Precision Steering Feel The precurved shape of the ONE EVO FX Gloves minimizes material bunching across the palm and fingers, helping drivers maintain a natural grip position while reducing fatigue during extended stints. Silicone palm zones deliver directional grip for improved steering accuracy without compromising wheel feel. OMP also optimized seam placement throughout the glove to improve comfort and tactile response. External seams reduce internal pressure while specialized thumb construction allows better interaction with steering wheel buttons and rotary controls commonly found in modern race cars. Breathable Comfort for Long Sessions The breathable honeycomb fabric construction promotes airflow and moisture management, helping drivers maintain comfort in high-temperature cockpit environments. The elastic cuff and slanted wrist opening provide a secure fit while making glove entry easier before sessions and pit stops. OMP One Evo FX Nomex Gloves my2026 Available Colors White (020) Red (061) Black (071) Fluo Yellow (099) Navy Blue/Cyan (244) OMP One Evo FX Nomex Gloves my2026 Available Sizes XS – S – M – L – XL – XXL OMP One Evo FX Nomex Gloves my2026 Homologation FIA 8856-2018 Approved Why Choose the OMP ONE EVO FX Gloves? The ONE EVO FX Gloves combine advanced ergonomics, high-grip performance, and breathable comfort into a professional-grade racing glove trusted by serious drivers. Their refined fit and precision-focused construction help improve steering consistency while reducing fatigue during demanding race conditions. OMP One Evo FX Nomex Gloves my2026 FAQs Are the OMP ONE EVO FX Gloves FIA approved? Yes. The ONE EVO FX Gloves are homologated to FIA 8856-2018 standards for professional motorsport competition. What makes the ONE EVO FX Gloves different from standard racing gloves? The ONE EVO FX Gloves feature advanced ergonomic shaping, directional silicone grip zones, and optimized seam placement for improved steering precision and reduced hand fatigue. Do the gloves provide good airflow? Yes. The breathable honeycomb outer fabric is designed to improve ventilation and comfort during long race sessions. Are these gloves suitable for endurance racing? Absolutely. Their ergonomic construction and fatigue-reducing design make them ideal for endurance racing and long stints behind the wheel. What steering feel do the gloves provide? The glove construction prioritizes tactile feedback and steering precision while maintaining secure grip under heavy driving loads. OMP One Evo FX Racing Glove Size Chart

Alpinestars Tech M V2 Crew Gloves The Alpinestars Tech M V2 Crew Gloves are engineered for professional motorsport pit crews who demand precision, protection, and comfort during high-pressure tire changes. Designed with advanced Aramid fiber and impact-absorbing reinforcements, these gloves provide superior safety while maintaining flexibility and tactile feedback essential for fast, controlled work in the pit lane. Built for pit crews who perform under pressure Features Bonded flame-resistant Aramid fiber main construction for optimized protection, comfort, and durability. Silicone FRR-coated patches with impact-absorbing foam on knuckles and fingers for superior hand safety. Kevlar-reinforced Aramid fiber patch on thumb and index area for exceptional abrasion resistance. Textured leather palm patches offer maximum grip, shock absorption, and control during high-torque wheel gun operation. Pre-curved finger and palm design reduce material bunching and provide a natural, ergonomic fit. Elasticated 180° wrist with silicone pull tab ensures a secure, comfortable fit and quick on/off. Fully embroidered graphics deliver a professional, durable finish built to last under pit lane conditions. Certified to FIA 8856-2018 homologation standard for professional motorsport use. FAQs: Alpinestars Tech M V2 Crew Gloves Who are these gloves designed for? The Tech M V2 Crew Gloves are built specifically for professional motorsport pit crews and mechanics handling wheel guns and heavy-duty tools. Are the gloves fire-resistant? Yes, they feature bonded Aramid fiber construction that provides reliable flame resistance for safety in pit environments. Do these gloves meet FIA regulations? Absolutely. The Tech M V2 Crew Gloves are fully certified to FIA 8856-2018 homologation standards. How do they improve grip and comfort? Reinforced leather palm patches, silicone coatings, and a pre-curved ergonomic fit provide excellent grip and reduce fatigue during repetitive tasks. Trusted by top-level pit crews worldwide, the Alpinestars Tech M V2 Crew Gloves deliver industry-leading safety, grip, and dexterity — built for professionals who can’t afford to miss a second.

Alpinestars Tech-1 Start v3 Nomex Racing Gloves The Alpinestars Tech-1 Start v3 Nomex Gloves are engineered to provide lightweight protection, precise steering-wheel control, and lasting comfort for competitive auto racing. Designed with a single upper panel and an innovative finger construction, these racing gloves reduce excess material throughout the fingers while lowering the overall weight of the glove. The streamlined design creates a close, anatomically optimized fit that is especially beneficial inside confined racing cockpits. Drivers receive improved freedom of movement, reduced bulk, and a more direct connection with the steering wheel and vehicle controls. Lightweight Single-Panel Construction The single-panel upper construction minimizes unnecessary seams and material across the glove. This helps improve flexibility and reduces potential pressure points during long races, qualifying sessions, and track days. By reducing excess fabric in the fingers, the Tech-1 Start v3 offers a more precise fit and improved dexterity without sacrificing the protection required for motorsport competition. Innovative Finger Design Box-cut fingertip construction provides a comfortable and natural finger position while helping reduce material buildup near the fingertips. The middle and ring fingers use a seamless, no-fourchette design that eliminates the traditional fabric panels between the fingers. This construction creates a less restrictive feel and allows the glove to conform more closely to the driver’s hand. The reduced bulk is particularly useful when operating steering-wheel buttons, switches, paddles, and other controls inside compact racing cockpits. Silicone Palm Grip Ergonomically positioned silicone-printed zones across the palm provide enhanced grip on the steering wheel. The strategically placed silicone helps reduce unwanted hand movement and allows the driver to maintain control without applying excessive gripping pressure. The improved grip can help reduce hand fatigue while providing a more consistent steering feel during demanding driving conditions. Extended Elasticated Cuff The close-fitting, straight cuff extends beyond the wrist to provide dependable coverage between the gloves and racing suit. An elasticated wrist allows for easy entry while helping keep the glove securely positioned once fitted. The streamlined cuff design also reduces unnecessary bulk around the wrist and fits comfortably beneath or over the cuff of a compatible racing suit. FIA and SFI-Certified Racing Protection The Alpinestars Tech-1 Start v3 Gloves are certified to FIA 8856-2018 and SFI 3.3/5 standards for use in sanctioned motorsport competition. These certifications make the gloves suitable for many professional, club-level, endurance, road-racing, and grassroots motorsport applications. Always confirm the required safety standard with your racing organization or sanctioning body before competition. Alpinestars Tech-1 Start v3 Nomex Glove Features Lightweight Nomex auto-racing glove construction Single upper panel reduces seams and overall weight Innovative finger construction reduces excess material Box-cut fingertip design for improved comfort and fit Seamless no-fourchette construction on the middle and ring fingers Anatomically optimized for confined racing cockpits Ergonomically positioned silicone palm grip zones Enhanced steering-wheel grip and control Close-fitting straight extended cuff Elasticated wrist for easy entry and a secure fit Designed to improve dexterity and reduce hand fatigue FIA 8856-2018 certified SFI 3.3/5 certified Ideal for Multiple Racing Applications The Tech-1 Start v3 is an excellent choice for drivers who need certified protection without the weight and bulk of a heavier racing glove. Its close-fitting design and silicone palm grip make it suitable for road racing, autocross, time trials, endurance racing, track days, and other forms of competitive motorsport. Why Choose the Alpinestars Tech-1 Start v3 Gloves? These gloves combine certified fire-resistant protection with a lightweight, driver-focused construction. The reduced-material finger design improves comfort and dexterity, while the silicone palm zones provide the grip needed for accurate steering input. For drivers seeking an affordable Alpinestars racing glove with FIA and SFI certification, the Tech-1 Start v3 delivers a strong balance of protection, comfort, and control. Alpinestars Tech-1 Start v3 Nomex Glove Size Chart Frequently Asked Questions Are the Alpinestars Tech-1 Start v3 Gloves fire resistant?Yes. These gloves are designed for auto racing and use fire-resistant materials appropriate for certified motorsport competition. What certifications do the Tech-1 Start v3 Gloves have?They are certified to FIA 8856-2018 and SFI 3.3/5 standards. What is a no-fourchette finger design?A no-fourchette design removes the traditional material panels between selected fingers. This reduces bulk and creates a closer, more anatomically optimized fit. Do these gloves have silicone on the palm?Yes. Ergonomically positioned silicone-printed zones provide enhanced grip on the steering wheel. Are these gloves suitable for kart racing?They are designed as fire-resistant auto-racing gloves. Karting organizations may use different certification requirements, so drivers should confirm the rules for their specific series. How should Alpinestars racing gloves fit?They should fit closely without restricting movement or causing uncomfortable pressure at the fingertips. A secure fit helps preserve steering feel and control.

Sparco CRW Racing Gloves The Sparco CRW Racing Gloves are purpose-built for drivers competing in cold, damp, and challenging weather conditions. Their thermal neoprene construction helps retain warmth while maintaining the flexibility and steering-wheel feel needed for precise vehicle control. Thermally sealed seams help reduce moisture penetration, while the coated high-grip palm provides dependable traction when rain, spray, and low temperatures make the cockpit more difficult to manage. A flexible nylon and spandex outer layer supports natural hand movement without adding unnecessary bulk. Cold-Weather Protection for Motorsport Low temperatures can reduce hand dexterity, steering sensitivity, and driver comfort. The Sparco CRW Gloves provide added insulation for wet karting sessions, rally stages, autocross events, and other motorsport activities held in cold or unpredictable weather. The close-fitting construction helps preserve control of the steering wheel, paddle shifters, switches, and other cockpit components while providing more warmth than a traditional lightweight driving glove. Thermal Neoprene Construction Flexible neoprene forms the primary thermal layer of the Sparco CRW. The material helps retain body heat while conforming closely to the hand, allowing the driver to maintain a secure and natural grip. Unlike bulky winter gloves, the CRW is designed specifically for driving. Its streamlined shape limits excess material around the fingers and palm, helping preserve steering feedback and cockpit dexterity. Thermally Sealed Seams Thermally sealed seams help limit the entry of water and cold air through the glove construction. This provides improved comfort during light rain, track spray, damp paddock conditions, and low-temperature competition. The sealed design also helps retain warmth inside the glove, allowing the driver to remain focused when weather conditions begin to deteriorate. High-Grip Coated Palm A coated high-grip palm creates a secure connection between the driver and steering wheel. The grip surface is especially beneficial when the cockpit, wheel, or gloves become damp during wet-weather driving. The low-profile coating adds traction without creating excessive thickness, helping the driver retain steering sensitivity while reducing the need to squeeze the wheel tightly. Flexible Nylon and Spandex Outer Layer The exterior coating is constructed from 80% nylon and 20% spandex. This combination provides durability, stretch, and flexibility while allowing the glove to move naturally with the hand. The stretch outer layer supports repeated steering inputs and finger movement without compromising the thermal benefits of the neoprene construction. Elasticized Wrist An elasticized wrist provides a close, secure fit and helps reduce the entry of cold air. The streamlined closure also makes the gloves easy to put on and remove without requiring a bulky external adjustment strap. The extended wrist area provides additional coverage and can overlap with compatible outerwear or driving apparel for improved protection from the elements. Water-Resistant Construction The Sparco CRW Gloves are designed to resist moisture during damp and wet-weather use. Their neoprene materials and sealed seams help keep the hands warmer and more comfortable when exposed to rain or track spray. These gloves should be considered water resistant rather than completely waterproof, particularly during prolonged exposure or full immersion. Sparco CRW Racing Glove Features Thermal neoprene construction for cold-weather driving Thermally sealed seams help reduce moisture penetration Coated high-grip palm improves steering-wheel control Ergonomic shape supports natural hand movement Flexible construction helps preserve steering feedback Elasticized wrist helps retain warmth and block cold air Water-resistant design for damp and wet conditions Outer coating constructed from 80% nylon and 20% spandex Suitable for karting, rally, autocross, and track-day use Sparco CRW Glove Specifications Manufacturer: Sparco Model: CRW Product Type: Cold and Wet-Weather Racing Gloves Primary Material: Thermal Neoprene Outer Material: 80% Nylon and 20% Spandex Palm: Coated High-Grip Surface Seams: Thermally Sealed Wrist: Elasticized Entry Weather Protection: Water Resistant Recommended Conditions: Cold, Damp, and Wet-Weather Motorsport Why Choose the Sparco CRW Gloves? The Sparco CRW is designed for weather conditions where a conventional lightweight driving glove may not provide enough warmth or moisture protection. Its thermal neoprene construction, sealed seams, elasticized wrist, and coated palm work together to provide a practical balance of insulation, flexibility, and grip. For cold karting events, wet rally stages, early-season autocross competition, and rainy track days, the CRW helps drivers maintain comfort and confidence without sacrificing essential steering control. Sparco CRW Glove Size Chart Frequently Asked Questions Are the Sparco CRW Gloves waterproof?The gloves are water resistant and designed to help repel moisture during wet-weather driving. They are not intended to remain completely waterproof during prolonged exposure or full immersion. What conditions are the Sparco CRW Gloves designed for?They are designed for cold, damp, and wet motorsport conditions where additional warmth and moisture resistance are beneficial. What materials are used in the Sparco CRW Gloves?The gloves use a thermal neoprene construction with an outer coating made from 80% nylon and 20% spandex. Do the palms provide good steering-wheel grip?Yes. The coated high-grip palm is designed to improve traction and control, including when the steering wheel or gloves become damp. Will the neoprene construction restrict hand movement?The ergonomic shape and flexible materials are designed to provide warmth while preserving finger movement, steering feel, and cockpit dexterity. Do the gloves have sealed seams?Yes. Thermally sealed seams help reduce the entry of moisture and cold air while retaining warmth inside the gloves. Are the Sparco CRW Gloves suitable for karting?Yes. They are suitable for karting, rally, autocross, track days, and other driving activities held in cold or wet conditions. Are these gloves FIA homologated?The Sparco CRW is designed primarily as a cold and wet-weather driving glove. Confirm the current product certification and your sanctioning organization’s requirements before using it in an event that requires homologated fire-resistant gloves. Are the Sparco CRW Gloves suitable for warm-weather racing?They are primarily intended for cold and wet environments. A lighter and more breathable racing glove may be more comfortable in warm, dry conditions. How should the Sparco CRW Gloves be cleaned?Gently hand wash them with mild soap and cool water, then allow them to air dry completely. Avoid bleach, harsh chemicals, machine drying, and direct high heat.