Introducing the IGNYTE IGN-7 Matte Black Orange Dual Visor Helmet, a pinnacle of safety and style designed to elevate your riding adventures:

Matte Black Orange Design: The helmet’s matte black finish complemented by striking orange accents not only enhances its aesthetic appeal but also ensures heightened visibility, making a bold statement while riding.

The flagship model of IGNYTE premium helmet lineup, the IGN-7-Series has earned the respect and praise of many of the top designers and motorcycle enthusiasts of the world. Developed using rider input from riders across the world and after careful deliberation to details the design of IGN-7 has been given shape.

• Developed utilizing rider input from the world’s top helmet designers and enthusiasts
• Dual Certification: DOT (FMVSS No. 218) and BIS ISI (IS 4151:2015)
• Pinlock 30 Anti-fog shield to prevent fogging
• Removable & washable interior padding and cheek pads
• Inner Sun Shield for protection against direct sunrays for rides during daytime

VENTILATION PERFORMANCE & AERODYNAMICS

Keeping the hot and humid Asian sub-continent environment in mind which can be extremely hot and fatiguing, this is precisely why ultimate ventilation performance was a top priority when engineers conceptualized the IGN-7.

• World first helmet with NACA Duct air flow technology, this air flow system is also used in aircraft’s and super cars.
• The double NACA inlets above the shield allow the entry of the large volume of air inside the helmet to refresh and dehumidify the interior.
• Enhanced high-speed stability while reducing drag and negative forces
• The NACA inlets on the back of the helmet allow quick extraction of the stale air.

SAFETY HIGH-DENSITY EPS

• Provides enhanced impact absorption by utilizing varying densities of thermocol
• Allows cooling air to travel unrestricted through tunnels created in the EPS
• Precise placement of multi-density EPS material yields a more compact, lightweight design
• Double D-Ring Fastener
• Cheek Pad also with high density EPS
• Visor Locking Mechanism