Alpinestars Tech-2 Neck Brace: Motocross Safety Gear
Original price was: $344.95.$76.60Current price is: $76.60.
Description
Alpinestars BNS Tech-2 Neck Support: Advanced Crash Protection for Riders
When safety is on the line, trust the Alpinestars BNS Tech-2 Neck Support to safeguard your spine during high-impact motocross and off-road adventures. Engineered with cutting-edge carbon polymer technology, this innovative device absorbs and redirects crash forces away from your neck and spine, reducing injury risk in critical moments.
Key Features & Benefits:
– Revolutionary Rear Stabilizer: The Progressive Force Relief (PFR) system distributes energy across your back and shoulders, minimizing strain on your thoracic vertebrae during collisions.
– Customizable Fit: The SAS (Size Adapter System) ensures a secure fit for riders from XS-M to L-XL, while Lycra®-laminated foam padding adapts to your body for all-day comfort.
– Lightweight Strength: Weighing less than previous models, the Tech-2 maintains unmatched durability and rigidity—perfect for extreme conditions down to -18°C (-0°F).
– Quick-On/Off Convenience: The intuitive locking system allows rapid adjustments whether you’re suiting up or making mid-session tweaks.
Why Riders Choose Tech-2:
Designed for motocross racers and rugged trail explorers alike, this neck support integrates seamlessly with body armor systems. Its raised chest plate reduces hyper-flexion, while an extended rear edge ensures consistent helmet contact during impacts. Whether you’re navigating technical terrain or hitting jumps at speed, the Tech-2 prioritizes performance without compromising protection.
Compare & Contrast:
| Feature | Alpinestars Tech-2 | Competitor Models |
|————————|————————–|—————————|
| Weight | Ultra-lightweight | Heavier |
| Impact Resistance | Lab-tested durability | Moderate |
| Temperature Range | -18°C to +50°C | Limited cold resistance |
| Fit Customization | 4 size ranges + padding | One-size-fits-most |
Stay ahead of the pack with technology built for champions—where every ride demands precision engineering and unwavering reliability.
