User Guide

Extreme

All-Weather

Performance

ICON

™

Wiper Blades

Bosch ICON™ blades use exclusive tension spring

arcing technology to create a ﬁt that is custom-

contoured to the curvature of each side of the

windshield. The correct blade for a particular

vehicle is based on a combination of the blade

length and the curvature of the windshield.

Up to 40% Longer Life*

Exclusive fx dual rubber resists heat and ozone

deterioration to remain ﬂexible in all weather

conditions. Bosch ICON™ bracketless wiper

blades feature a Quiet-Glide™ micro-ﬁnish

wiping edge to deliver the cleanest wipe over a

longer performance life.

*than other premium beam blades

Reference the Bosch Wiper Blade catalog, or

ask your auto parts professional for the exact

part numbers for your vehicle.

Single blade part numbers:

www.boschautoparts.com

www.boschcleartheway.com

Printed in USA

2213301 0312 • F00E380164

BOSCH is a trademark licensed by Robert Bosch GmbH and/or its affiliated entities.

Driver side

always has

an “A” part

number.

Passenger

side can have

an “A” or “B”

part number

depending on

the vehicle.

PAGE 1
Up to 40% Longer Life* Exclusive fx dual rubber resists heat and ozone deterioration to remain flexible in all weather conditions. Bosch ICON™ bracketless wiper blades feature a Quiet-Glide™ micro-finish wiping edge to deliver the cleanest wipe over a longer performance life. *than other premium beam blades ICON™ Wiper Blades Bosch ICON™ blades use exclusive tension spring arcing technology to create a fit that is customcontoured to the curvature of each side of the windshield.
PAGE 2
Dual Precision-Tensioned Steel Springs Aerodynamic Wind Spoiler Exclusive fx Dual Rubber Compound Exclusive Weather Shield Connector System Easy Installation Quiet-Glide™ Micro-Finish Wiping Edge 1. 2. 4. 3. Extreme All-Weather Performance Consumer Benefit Product Benefit Product Feature Superior wipe with up to 40% longer performance life than other premium beam blades Specially blended rubber flex element resists heat and ozone deterioration to remain flexible in all weather conditions.