Alpinestars Stella St-2 Air Jacket Deep Gray Dark Gray Fluo Coral 9257

The Alpinestars Stella ST-2 Air Jacket is engineered for female riders seeking maximum airflow, protection and a modern silhouette during warm-weather touring. With extensive mesh zones and strategically placed ventilation points, the jacket delivers exceptional airflow, ensuring comfort and freshness even on the hottest days.

Its sleek profile and contemporary aesthetic give the Stella ST-2 Air a stylish and distinctive character. Combining subtle touring-inspired elements with outdoor-driven design cues and refined Alpinestars Exploration Equipment branding, the jacket is crafted for riders who want both performance and visual appeal.

Adjustment features on the biceps and forearms allow for a personalized fit that enhances riding comfort and mobility. Whether navigating twisty roads or cruising at a relaxed pace, the jacket adapts naturally to every riding scenario.

Convenient storage options, including a chest pocket, two hand pockets and a practical rear pocket, ensure your essentials are always within reach. The thoughtful pocket layout adds functional value to everyday or touring use.

Comfort-focused details such as the soft collar edge, adjustable cuffs, shaped lower back and waist connection zipper enhance the practicality of the jacket. Combined with laser-cut perforations for increased airflow, the jacket maintains exceptional comfort during long rides in warm conditions.

The Stella ST-2 Air features a lightweight softshell foundation reinforced with high-tear-resistance ripstop fabric on shoulders and elbows, while large technical mesh panels on the chest, inner arms and back ensure optimal ventilation. This advanced material composition provides both breathability and targeted durability.

Equipped with Nucleon Flex Plus Level 1 shoulder and elbow protectors and fully Tech-Air® Ready, the jacket delivers a reassuring level of protection. Its AA rating confirms compliance with rigorous standards for impact protection, abrasion resistance and ergonomic performance.