Giro Jackson Mips Snow Helmet 2025: Matte Black Cloud Marble

DOWN THE LINE STYLE

The new Jackson helmet is first focused on design and style. The sleek new standout helmet lines created a opportunity for an evolutionary step forward in new performance and functional attributes. The modern profile of the new Jackson helmet utilizes the new Passive Aggressive Venting system, inspired by the aerodynamic airflow of high-end autos. The discreet yet powerful system effectively manages airflow and temperature while in-motion riding, hiking or standing static. The overall look is finished with a slight brim and subtle lines for Seamless Compatibility with Giro goggles. The new Jackson and Terra feature MIPS technology, an ultra-lightweight construction and the dialed In Form 2 Fit system allowing riders to confidently focus on the terrain ahead. Leave no line untracked in the new ultimate freeride helmet. Learn more at Giro.com/Jackson

CONSTRUCTION
MIPS — Multi-Directional Impact Protection System can provide more protection in certain impacts. The main components of a MIPS-equipped helmet are 1. The Interior Foam Liner, 2. The Low-Friction Liner, and 3. an elastomeric attachment system. In an angled impact, the elastomeric attachment system stretches to allow the foam liner to rotate independently around your head.
In-Mold Construction fuses a tough polycarbonate outer shell with the helmet's impact-absorbing foam liner. The fusion process allows for better ventilation systems, making In-Mold helmets lighter and cooler than traditional helmets.

FIT SYSTEM
In Form 2 Fit System — Lighter and lower-profile than the original, and easier to dial in a custom fit in seconds — even with gloves on. An improved dial design provides up to 6cm of adjustment plus enhanced stability.

VENTILATION
Passive Aggressive Venting System — The discreet exterior vent design and interior channeling combine to create optimal airflow and temperature regulation. This auto-venting technology manages airflow and temperature while in-motion riding, hiking or standing static.
Giro's Stack Vent was developed based on research showing the majority of warm air that can cause fogging comes from the goggle's center top vent. Aligning the Stack Vent in the helmet with the center vent of the goggle helps keep it clear and fog-free.

FEATURES

• MIPS — Multi-Directional Impact Protection System can provide more protection in certain impacts. The main components of a MIPS-equipped helmet are 1. The Interior Foam Liner, 2. The Low-Friction Liner, and 3. an elastomeric attachment system. In an angled impact, the elastomeric attachment system stretches to allow the foam liner to rotate independently around your head.
• In-Mold Construction fuses a tough polycarbonate outer shell with the helmet's impact-absorbing foam liner. The fusion process allows for better ventilation systems, making In-Mold helmets lighter and cooler than traditional helmets.
• In Form 2 Fit System — Lighter and lower-profile than the original, and easier to dial in a custom fit in seconds — even with gloves on. An improved dial design provides up to 6cm of adjustment plus enhanced stability.
• Passive Aggressive Venting System — The discreet exterior vent design and interior channeling combine to create optimal airflow and temperature regulation. This auto-venting technology manages airflow and temperature while in-motion riding, hiking or standing static.
• Giro's Stack Vent was developed based on research showing the majority of warm air that can cause fogging comes from the goggle's center top vent. Aligning the Stack Vent in the helmet with the center vent of the goggle helps keep it clear and fog-free.
• TPU injected brim
• Removable goggle retainer
• Removable earpads
• Compatible with aftermarket Giro audio systems by Outdoor Tech
• Seamless Compatibility with all Giro goggles – For optimal performance of both helmets and goggles, Giro products are designed to work together, ensuring a seamless interface between helmet and goggle for an exceptional fit and dependable, worry-free function
• Compliance: CE EN1077