Installation Time
(approx) 10 Minutes
Difficulty Level:
Simple installation for anyone.
Installation Guides
No guide available for this part yet.
FREE 1 to 3-Day Delivery on Orders $149+ Details
50 Cal Bullet Antenna; 5-Inch; Brushed Aluminum (Universal; Some Adaptation May Be Required)
Item SHS10869
Shop Owners Save More!
Sign up for our dealer program
Product Information
Features, Description, Reviews, Q&A, Specs & Installation
Features
- Hard Anodized Aluminum 5" .50 Cal Bullet Antenna
- Universal Truck/SUV Fit With Included Adapters; Some Adaptation May Be Required
- Multiple Colors Available
- Easy Installation - No Tools Needed
- Rust & Corrosion Resistant
- High Definition Radio Tuning
- Height: 5" Inches
Description
Signature Truck Accessory. The 50 Cal Bullet Antenna; 5-Inch; Brushed Aluminum is a distinctive replacement antenna designed to enhance the appearance and functionality of your vehicle’s radio system. It replaces the OEM factory threaded antenna, providing a tough yet stylish profile for trucks and SUVs while maintaining excellent radio reception.
Construction and Appearance. Crafted from hard anodized aluminum, this .50 caliber bullet antenna offers exceptional durability and resistance to rust and corrosion. The brushed aluminum finish provides a sleek, modern look that complements a variety of vehicle styles and colors.
Installation. Designed for easy, no-tool installation, this antenna fits most OEM factory threaded antenna bases with included adapters. No drilling or modifications are required, making installation quick and hassle-free.
Application. This antenna is engineered to fit universally on most trucks and SUVs equipped with OEM factory threaded antenna bases, though some adaptation may be necessary depending on the vehicle model.
CA Residents: 
WARNING: Cancer and Reproductive Harm - www.P65Warnings.ca.gov
Install Details & What's in the Box
Installation Info
What's in the Box
- (1) Antenna
4.7
Customer Reviews (46)
Questions & Answers
No questions about this product yet.
Ask the First Question
