Stilo Venti WRC ZERO 8860-2018 Carbon Fiber Helmet Uncompromising Safety and Performance The new Stilo Venti WRC line of helmets celebrates the twenty year anniversary of Stilo Helmets and features lightweight, durable carbon fiber shell construction using the smallest of three available shell sizes for for the smallest and lightest helmet available. The Stilo Venti WRC helmet shell is manufactured in the Stilo carbon fiber factory in Italy. It is made even lighter using Stilo's innovative PURO technology which saves weight by eliminating the final clear-coat layer, providing maximum protection without compromising on weight or comfort. Designed specifically for motorsport enthusiasts, the Stilo Venti WRC is built to withstand the demands of high-speed racing, ensuring optimal safety during intense driving scenarios. The Stilo Venti WRC ZERO 8860 helmets have an all-new shell design specifically to allow for integration with the groundbreaking Stilo 'WL' wireless communication system. Stilo ZERO helmets are designed for ultimate weight-saving while exceeding the ultra stringent FIA 8860-2018 requirements for safety. Venti WRC ZERO 8860 carbon helmets, as with all the ZERO helmets in Stilo's lineup, have been developed for the most discerning competitor. Stilo Venti WRC ZERO Carbon Fiber Helmet is FIA 8860-2018 Certified This Stilo Venti WRC ZERO Carbon Fiber helmet holds the prestigious FIA 8860-2018 certification, meeting the highest safety standards set by the FIA. It guarantees top-tier protection for professional and amateur racers alike. With its unique ventilation system, the Stilo Venti WRC ZERO offers superior airflow, keeping you cool and focused even during long races or under extreme conditions. The Stilo Venti WRC ZERO Carbon Fiber helmet's aerodynamic design reduces drag, allowing for enhanced performance and improved stability at high speeds, giving you a competitive edge on the track. The interior padding of the Stilo Venti WRC ZERO can be easily removed and cleaned, ensuring a fresh and comfortable fit for every race. Leading Edge Communication Technology Only From Stilo Every Stilo Venti WRC ZERO Carbon Fiber helmet is equipped with innovative noise-canceling features and a redesigned boom with all new geometry for maximum visibility and sound quality. This minimizes external distractions, allowing you to maintain focus and concentration on the track ahead. This helmet features Stilo's innovative wireless (WL) communication system. The Stilo Venti WRC ZERO retains the market-leading Stilo WRC helmet electronics system, but the comms port has been re-designed for use with the WL wireless key (sold separately). This allows the driver and co-driver to continue to communicate even outside he car. And it conforms perfectly to  the shell so it doesn't interfere with FHR posts or straps. The Stilo Venti WRC ZERO helmet's electronics are also compatible with traditional Stilo wired amplifiers. Aggressive New Design, Same Premium Rally Helmet Pedigree The Stilo Venti WRC ZERO features an all new aggressive design featuring an adjustable visor, providing optimal visibility and allowing you to customize your field of view for different driving conditions. The Stilo Venti WRC ZERO Carbon Fiber helmet is a professional-grade helmet trusted by professionals, representing the pinnacle of safety and performance in motorsport by offering uncompromising quality for your racing needs. Invest in the Stilo Venti WRC ZERO Carbon Fiber helmet today and experience unparalleled safety, comfort, and performance. Dominate every course with confidence and stay ahead of the competition. The Stilo Venti WRC ZERO is the update of a legendary WRC helmet worn by multiple rally champions. Supplied with factory fitted HANS Post anchors as standard. How to Correctly Measure Your Head for a Stilo Venti WRC ZERO The most effective helmet is one that fits properly. To measure your head, have an assistant use a dressmaker's tape or a piece of string to measure the circumference of your head. Start at a point about an inch above your eyebrows, looping around the back of your head at the point that results in the largest measurement, and finally around to the front again. It's a good idea to take two or three measurements to make sure you have the largest one. This helmet will ship with signature required for delivery.

Sabelt Hero Superlight Women's TS-10 Driver Race Suit Light, Comfortable, and FIA 8856-2018 Approved The Sabelt Hero Superlight TS-10 for women is a top-of-the-line professional driver’s race suit constructed with supremely low weight in mind and tailored to fit women racing drivers. The outer layer of the TS-10 race suit is an extremely light, woven flame-resistant material. The fire-retardant Nomex inner layer is soft knit for protection with comfort, while a honeycomb middle layer provides extra insulation without added bulk. At only 265 g/m2, this lightweight racing suit is one of the best in the industry. The elastic stretch panels around the knees, elbows, and in the lumbar area provide freedom of movement and ventilation. Pre-curved sleeves prevent bunching while driving. The collar is lower than on most other suits for a less restrictive feel. Even the knit wrist and ankle cuffs have been made lighter. Make It Amazingly Safe and Svelte, Then Add Lightness For maximum lightness, this race suit features no waist belt. The slim fitting design is simple in order to eliminate as many seams and excess material as possible. The understated stripes are even printed to save every ounce. All colors have black knit wrist and ankle cuffs, black elastic stretch panels, and fire-retardant printed iconic yellow Sabelt logos. Sabelt race suits are manufactured using three layers of Nomex for added safety and protection. They use different weights of Nomex for each model to achieve the best range of performance and value. Sabelt race suits are approved for all levels of motorsport. If you have specific questions about different suits, sizing, or really anything, feel free to contact us at (844) 438-7244. Sabelt Hero Superlight Women's TS-10 Details: Fabric weight 265 g/m² Multi-Layer Fire-Proof Nomex Materials Breathable and Ergonomic Material – Incorporated Stretch Panels Stylish Understated Design Full Floating Sleeves, Anti-Bunching Pre-Curved Arms Front “Cellphone” Pocket, No Waist Belt Sabelt Women's Race Suit Sizing:

Sparco Superleggera Racing Shoes Introducing the Sparco Superleggera Racing Shoes - the evolution of the X-Light+ and the brainchild of a collaboration with none other than Formula 1 World Champion, Max Verstappen. The Superleggera is an evolution of the X-Light+ shoe. It was developed with Formula 1 World Champion Max Verstappen. He had direct feedback on what he wanted in his shoe. The Superleggera features a unique fireproof stretch fabric that has been developed by the Sparco engineers to be breathable and durable. The Superleggera stretch fabric wraps around the upper foot and ankle like a second skin and prevents dust, soil or other materials from entering the shoe. The remaining upper is breathable cloth material that gives support from the toe box to the heal. These two features combine to produce one of the most comfortable and supportive racing shoe. The Superleggera features a Carbon Fiber sole. The special Carbon Fiber was developed by Sparco Engineers in the Sparco OEM Seating Division. This carbon fiber is unique because it has been developed to be flexible, it is inlayed into the sole and runs from the toe to the heel. Carbon Fiber is visible through the window of the ultra-thin oil-resistant and anti-static sole which offers greater pedal sensitivity. The sole extends high up the back of the shoe for extra support.  Sparco Superleggera Racing Shoe Features & Benefits: Formula 1 Touch: Developed with the insights and expertise of Max Verstappen. If it's good enough for a World Champion, it's good enough for you! Second Skin Comfort: The ultra-lightweight stretch fabric wraps around your foot and ankle, ensuring you feel like you're wearing a cloud. Say goodbye to dust, soil, or any other pesky track debris. Your feet are in a protective cocoon now! Breathe Easy: With a highly breathable upper, your feet will stay cool, even when the race heats up. From the toe box to the heel, you're supported, snug, and ready to conquer the track. Carbon Fiber Magic: The full Carbon Fiber inlayed sole is not just for show (though it does look pretty cool through that window). It's flexible, anti-static, and resistant to oil and fuel. Plus, with its ultra-thin design, you'll feel every pedal movement, ensuring you're in full control. Safety First: FIA 8856-2018 Approved. Because while we want you to go fast, we also want you to be safe. Sparco Superleggera Racing Shoe Specifications Developed with Formula 1 World Champion Max Verstappen Ultra-lightweight stretch fabric Highly breathable upper which fits like a second skin Full Carbon Fiber inlayed sole which is anti-static, oil, and fuel resistant FIA 8856-2018 Approved So, are you ready to elevate your racing game? To feel every turn, every acceleration, and every victory? Slide into the Sparco Superleggera Racing Shoes and let the track become an extension of you. Sparco Superleggera Racing Shoe Size Chart

The Meru IDS (Impact Damping System) is the most advanced head restraint system available, engineered to dramatically reduce the forces drivers experience during high-speed impacts. Whether you're competing wheel-to-wheel or logging laps on a test day, the IDS transforms safety expectations by managing head movement like no other system on the market. Meru Ascent IDS Carbon Head Restraint System Unmatched Head Control. Unrivaled Force Reduction. Unlike traditional systems that simply brace the head, the Meru IDS actively controls head motion—reducing both linear and angular acceleration during an impact. Through a proprietary speed-sensitive valve system, the IDS absorbs energy intelligently, offering exceptional comfort under normal conditions and maximum protection when it matters most. Key Features: Impact Reduction Like No Other: In a 70G impact, the IDS lowered head force from over 300 lbs (competitor) to just over 60 lbs—a near 80% reduction. Superior Neck Protection: Falls hundreds of pounds below both SFI and FIA upper neck tension thresholds. Engineered for Elite Safety: Custom CNC’d titanium hardware and a carbon fiber/Kevlar shell with a proprietary burst panel ensure durability and performance. Durability Built In: Withstands thousands of impacts without degradation in performance. Universal Fit: Adjustable moving headrest works in all seating positions—GT, formula, or prototype. Technology That Works With You The Meru IDS is built around a proprietary dampener system featuring speed-sensitive valving. This allows it to adapt in real-time—offering a soft feel during regular use and firm, controlled motion under extreme load. It's not just safe—it’s confidence-inspiring. If you're serious about racing and refuse to compromise on safety or comfort, the Meru IDS is your competitive edge. The forces to the head in the majority of auto racing accidents come from rotational energy which promotes angular acceleration. It has become rare to have a direct linear impact to the head. Traditional FHR's solid construction and tethering prevent the ability to mitigate angular acceleration forces. With traditional FHR’s in an impact the brain and head immediately speed up and then come to an immediate stop when the tether stops the helmet, which has a similar effect to hitting your head on a wall despite not leaving a scratch on the helmet.IDS technology immediately begins slowing the impact down, controlling the helmet's movement forward, thereby reducing the transfer of angular acceleration forces to the head and brain. Low Threshold Energy Recent medical research has provided alarming conclusions surrounding the causes, severity, and long-term effects of concussions. Even seemingly minor concussions may have much more serious long-term effects on the brain, especially when frequency is increased. The current crop of head restraints focus on limiting upper neck tension and leaving concussion prevention up to the helmet companies. With this well noted, the vast majority of impacts one might experience in auto racing qualify as low-threshold energy impacts. That is, impacts well below the pass/fail velocities of the certification standards, but severe enough to cause a concussion or a traumatic brain injury (TBI). Bumpy tracks, a big cushion in dirt cars, or a string of small crashes can do enough jarring to sustain a concussion or TBI without any obvious carnage to pair it with. IDS starts working the instant an impact begins and the speed sensitive valving makes the technology more compliant and progressive over a broad range of impact velocities common in real world racing while still exceeding the global standard pass/fail requirements. High Velocity Impacts Across the entire range of potential impact velocities, the Meru Ascent FHR with IDS technology consistently outperforms competitive designs. Meru meticulously engineers the collar, headrest, hardware, guards and IDS to provide the best possible impact mitigation performance across all impact velocities for both angular and linear accelerations. In a 70G force impact at the cape crash testing lab in Indianapolis, the Meru Ascent FHR with IDS reduced the concussion causing forces through the head from over 300 pounds with our best competition to just 63 pounds with our restraint. They were able to make those gains without giving up low-threshold energy protection or sacrificing neck safety. Time To Peak (TTP) Time-to-Peak (TTP) is how long it takes the energy of an impact to reach maximum g-force. Deceleration time is the single most beneficial component in reducing the severity and magnitude of any impact — the more time, the less energy transferred.Because of Meru's proprietary IDS technology, their speed sensitive dampener progressively lowers the head's velocity and almost triples the time to peak, spreading their already drastically reduced load over nearly triple the time. Upper Neck Tension The original FHR’s were designed to limit upper neck tension. At the time auto racing's biggest problem was basal skull fracture. Caused by the whiplash motion in an impact, basal skull fracture often severed spinal cords, resulting in death. The original FHR designs did wonders for limiting how far forward the helmet could travel in an impact eliminating the finished whipping motion. In testing to see how well FHR’s do at preventing basal skull fracture, Meru look at upper neck tension. This number is the main pass/fail standard for the safety organization.In Meru's mission of concussion prevention, the original FHR goal of lowered upper neck tension was not lost and they were able to come in several hundred pounds below the set standard either matching or besting the current industry leaders.