Cycra Stealth DX Handguard Kit - 7/8" - Black - 1CYC-0025-12X

The Cycra Stealth DX Racer Pack Handguards offer superior protection and a sleek, integrated design for your motorcycle. Built for performance and durability, these handguards will enhance your riding experience in any condition.

Description

These handguards combine robust construction with intelligent design. The flexible rubber edge offers 20% more coverage than traditional Cycra Stealth handshields, deflecting debris and protecting your hands from the elements. The integrated mount plate allows for versatile mounting options, letting you position the handguards in an upper or lower position to suit your riding style and preferences. Constructed from high-strength 6061-T6 aluminum, these handguards provide exceptional impact resistance while remaining lightweight. The gloss black finish adds a touch of style to your bike, complementing its existing aesthetics. Easy to install with included mounting hardware, the Cycra Stealth DX Racer Pack handguards are a must-have upgrade for any serious rider looking for enhanced protection and a professional look. They are designed for handlebars with a diameter of 22 mm (7/8").

Features & highlights

• Provides 20% more coverage than standard handguards for superior protection.
• Constructed from high-strength 6061-T6 aluminum for exceptional durability.
• Integrated mount plate allows for upper or lower mounting positions.
• Easy installation with included mounting hardware.
• Sleek gloss black finish enhances your bike's aesthetics.
• Designed for 22 mm (7/8") diameter handlebars.

Technical specifications

• Brand: Cycra
• Vendor Part Number: 1CYC-0025-12X
• Base Color: Black
• Finish: Gloss
• Color/Finish: Black, Gloss
• Material: Aluminum, Plastic
• Mount Material: Aluminum
• Mount Type: Handlebar
• Product Name: Handguard
• Type: Standard
• For Handlebar Diameter: 22 mm (7/8")
• Features: Mounting Hardware Included

Important to know

All necessary mounting hardware is included for a straightforward installation process.