Bell SE07 Mirror Visor 3mm DS/AF

Replace your existing visor with a genuine Bell SE07 3mm Mirror DSAF visor, available in five reflective finishes. Designed for compatible Bell HP7 and RS7 helmet models, it combines a mirror-coated outer finish with Double Screen Anti-Fog (DSAF) construction to help reduce fogging during competition.

Choose from silver, gold, blue, pink/red or iridium to suit your helmet and preference. Check your exact helmet model before ordering, as the 3mm SE07 visor is not suitable for Bell KC7 helmets.

Key Features

• Genuine Bell Racing replacement visor

• 3mm-thick visor

• Double Screen Anti-Fog (DSAF) construction

• Five reflective mirror finishes

• Designed for compatible Bell HP7 and RS7 helmet models

• Available in a choice of colours

Specifications

• Brand: Bell Racing

• Visor model: SE07

• Thickness: 3mm

• Visor type: Mirror DSAF

• Material: Polycarbonate

• Available finishes: Silver, gold, blue, pink/red and iridium

Helmet Compatibility

Designed for compatible Bell HP7 and RS7 helmet models, including:

• Bell HP7

• Bell RS7 Carbon

• Bell RS7 Pro

• Bell RS7-K

Important: This 3mm SE07 visor is not suitable for Bell KC7 helmets. KC7-CMR helmets use the SE07 2mm visor, while KC7-EV CMS helmets require the SE07EV 2mm visor. Always confirm the correct visor specification for your exact helmet.

What's in the Box

- 1 × Bell SE07 3mm Mirror DSAF visor in your selected finish

FAQs

What does DSAF mean?

DSAF stands for Double Screen Anti-Fog. The double-screen construction is designed to help reduce visor fogging.

What colours are available?

The SE07 3mm Mirror DSAF visor is available in silver, gold, blue, pink/red and iridium finishes.

Will this visor fit my Bell KC7 helmet?

No. This 3mm SE07 visor is not suitable for KC7 helmets. The correct visor depends on the specific KC7 model and its visor specification.

Are mirror visors suitable for night driving?

Mirror and tinted visors are generally intended for daytime use. Choose a clear visor when visibility in low-light conditions is required.