Description
Bosch Aerotwin A942S – set of wipers featuring frameless assembly, lengths 650 mm & 650 mm.
Bosch Aerotwin A942S delivers universal, year-round durability—dual blades clearing away ice pellets, blizzard conditions, and debris for a clear windshield on every drive.
This Bosch Aerotwin A942S set of wipers delivers an high-performance asymmetric fin, optimized for unmatched clarity in high-speed scenarios.
An asymmetric spoiler is strategically positioned to channel airflow into focused windshield grip while minimizing drag, applying extra pressure to the wind-facing edge so the blade hugs the glass during rapid commutes. The result is minimal noise and vibration even in strong crosswinds.
Ideal for highway commuters, it enhances stability for dependable performance.
Frameless replacement blade unleashes a sleek beam profile, calibrated for even line pressure across today’s sculpted windshields. A resilient metal spine pairs with a premium silicone edge, producing a crystal-clear pass. Its low-drag aero spoiler cuts lift at highway speed, while smart-fit mounting heads suits most makes and models for hassle-free fitting. The frameless build shrugs off snow and ice, eliminates corrosion points, and hugs modern glass shapes for superior visibility. Drawbacks: higher upfront cost, refill inserts are non-serviceable, plastic adapters may embrittle in severe cold, and clamping force declines slightly on very flat windshields. Rinse with pH-neutral soap every three months and replace every 12–24 months (6–12 months in extreme climates). Experience silent clarity – take your drive to the next level now.
Bosch Aerotwin – the flagship line from the respected German automotive supplier Bosch. Wipers of this range offer an modern frameless construction and are supplied to the assembly lines of many European vehicle makers. The wiping element is made from a multi-compound rubber, offering better performance than natural rubber. Spring elements are produced from a special “Evodium” spring steel and maintain their original tension throughout the blade’s service life.
