EVS T3 Pinner Helmet White Youth - Small
Why this price?
$115.00 is MSRP, the lowest price EVS lets us list it at. Additionally, Pro members get $13.80 back on this part.
$115.00 − $13.80 = $101.20
Special Order
This part is still available to order. Once you place your order, we’ll submit it directly to EVS, and they’ll ship it straight to you.
Delivery times can vary depending on the brand, so we can’t guarantee an exact arrival date. What we can guarantee is that we’ll stay on top of your order, monitor its progress, and keep you updated until it reaches your door.
Special-order items are typically not kept in stock by most retailers. By ordering through us, your order is placed directly with EVS, assuring you get the part as quickly as possible.
Want to get an estimated delivery timeframe before ordering? Contact us through our contact page, and we’ll be happy to find out for you.
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EVS T3 Pinner Helmets deliver certified high-impact defense, dynamic high-flow ventilation, and aggressive race-ready styling, engineered specifically for motocross and off-road riders demanding uncompromised cranial protection without unnecessary weight. Built around a lightweight, precision-molded polycarbonate shell paired with a dual-density EPS impact liner, this helmet provides multi-stage energy management, advanced cooling efficiency, and seamless neck collar integration across the most demanding track and trail conditions.
- Safety-first architecture features an Eject® emergency removal compatible EPS channel, an anatomical base gasket contoured for race collar integration, and dual DOT/ECE safety certifications
- Precision-engineered polycarbonate composite shell delivers high-tensile impact deflection and structural rigidity while maintaining a lightweight profile to reduce neck fatigue
- High-flow RAM air ventilation system channels fresh air through oversized front intakes, direct internal EPS conduits, and rear exhaust ports to evacuate heat and moisture
- Dual-density EPS impact liner provides progressive, multi-stage deceleration and superior energy absorption across both low and high-velocity impacts
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