Surly Excellent Adventure Rear Trailer Thru Axle - 12x148mm Black

Regular price
$36.00
Sale price
$36.00
Regular price
$36.00

SKU: FS1054

Expected Ship Date: Mon Jul 06
30-Day Hassle-Free Returns

4th of July Sale

Celebrate with savings. Your discount will be applied automatically at checkout.

Description
Surly Excellent Adventure Rear Trailer Thru Axle - 12x148mm Black. The Surly Excellent Adventure Thru-Axle is a 12mm bolt-on thru-axle designed for hauling Surly’s Bill and Ted cargo trailers with your bike. If your bicycle is equipped with a boost 148 12mm thru-axle hub and you feel compelled to haul cargo your Excellent Adventure awaits.
  • 12 x 148mm hub compatibility only
  • Designed for use only with Surly’s Bill and Ted Trailers
  • Works with slotted horizontal or vertical single-position dropouts
  • Compatible models: Karate Monkey Krampus Grappler Ogre Lowside ECR Troll and Skid Loader
    • TECH SPECS
    Axle Diameter (mm) 12
    Color Black
    Rear Axle Type 12mm Thru x 148mm

    Product Images Disclaimer
    Product images are for reference only and may not reflect the exact specifications, color, or components of the item offered for sale. Please refer to the product description and specifications for the most accurate details. If you have questions before purchasing, contact us and we’ll be happy to confirm.

    Why Shop with AMG Cyclery?

    ABOUT US

    Who We Are

    Born from a lifelong passion for all things bikes, AMG Cyclery is a small, family-run bike shop and community hub in Seaside, California. Founded by Alex and Alisa Gonzales, we believe cycling is for everyone — whether you’re chasing personal bests, heading out for a Sunday cruise, or just discovering two wheels for the first time. We build bikes that fit your style, service them with precision, and welcome every rider who walks through our doors. With a focus on community, craftsmanship, and riding culture, our shop has even been featured on The Radavist — a reflection of the unique bikes and vibrant energy you’ll find here.