CRMC-0706 Stubby JR Antenna for 2015-2016 Cadillac SRX Main Thumbnail

MADE IN USA

$25.00
$25.00

Stubby Jr Antenna for 2015-2016 Cadillac SRX

SKU:

CRMC-0706-432

In stock, ships

SRX Short Antenna

The Stubby is the best aftermarket antenna replacement available for your Cadillac. We machined our first Mini antenna back in 2005 and have applied our experience to designing a perfect fit for SRXs from 2015-2016 (Figure out your Model Year here, if unsure).

Made to Last

This model is machined out of billet aluminum here in Oregon. It has corrosion resistant stainless steel threads, stands about 2 inches tall and is an exact match for your car antenna. The finish is a black powder coat that will last forever without fading or chipping.

durable finish will not fade, chip, or break

machined out of 6061 aluminum

Made in USA

corrosion resistant hardware

Reception is key

not completely satisfied?
we make returns easy as possible

Exact Fit

designed to match your factory base perfectly.

CS is for Customer Service

The Stubby comes with Free customer Service! This CRMC-0706-432 version of The Stubby should be an exact fit but if you run into an issue with fitment, reception, shipping, or housebreaking your dog...we are here to help! CravenSpeed is a small business and when you email, chat, or call us you'll get a knowledgeable response, and we'll go out of our way to make sure you have a good experience.

Options

We have three Stubby models for you. Besides this Stubby Jr. you could pick the Original Stubby version or the Bullet version for your SRX. Also, if you are interested in some customization we can engrave your Stubby for $10. Make sure to put this item in the cart first, then add the customization here.

perfect height for

  • GARAGE DOORS
  • ROOF RACKS
  • HIGH WINDS

warranty

noun

ˈwôrən(t)ē

:a usually written guarantee of the integrity of a product and of the maker's responsibility for the repair or replacement of defective parts

CravenSpeed warranties everything that we make. The time period is infinite.