Perch Clamp Bolts - Black (Stainless Steel) (4 pcs)

KREVYK Perch Clamp Bolt Set – Black 316 Stainless Steel

Fits:

2020+ Indian Challenger & Chieftain
2020.5+ Indian Springfield

Upgrade your ride with premium stainless steel replacement hardware designed to deliver a clean factory fit with a sleek black finish. Built from corrosion-resistant 316 (A4) stainless steel, these bolts provide a simple upgrade for riders looking to replace their factory perch clamp hardware with a clean, understated black appearance.

Each KREVYK Perch Clamp Bolt Set includes a complete set of four (4) 316 (A4) stainless steel bolts, providing two bolts per perch clamp. The black finish complements factory black components while maintaining the strength and corrosion resistance associated with 316 stainless steel.

Features

• Complete 4-piece perch clamp bolt set
• 316 (A4) stainless steel material
• Black finish
• Excellent corrosion resistance
• Hex socket drive
• Direct replacement hardware
• Two bolts per perch clamp
• Clean, factory-inspired appearance

Available Color

• Black

Kit Includes

• (4) Black 316 (A4) stainless steel perch clamp bolts

No modifications required. Simply remove your factory perch clamp hardware and install your new KREVYK stainless steel bolts for a clean, finished look.

Note 1: It is the installer's responsibility to determine the appropriate torque specification for the application. Torque values may vary depending on bolt material, lubrication, coating/finish, and installation conditions. Do not overtighten.

Note 2: Black finishes on stainless steel are primarily intended to provide a cosmetic appearance and may develop visible wear at contact points, tool engagement surfaces, or other areas subjected to friction during installation and use. Care should be taken during installation to minimize cosmetic damage to the finish.

Note 3: Due to normal manufacturing and finishing processes, slight variations in shade, texture, or appearance may occur between individual bolts. These minor variations are normal and do not affect the function of the hardware.