null Skip to main content

Rock Climbs of Southwest Utah & the Arizona Strip

$38.95
(5 reviews) Write a Review
SKU:
SWU
Adding to cart… The item has been added

By Todd Goss

This meticulously-researched guide will inspire climbers to explore the ever-expanding climbing opportunities in and around the region of St. George. With eight rock types, 60+ areas, and seemingly endless opportunities, the St. George region has become the West’s premier sport climbing venue. Routes run the gamut from novice to expert and scenery from red rock to alpine. This diverse area, boasting well over a thousand climbs, truly has something to satisfy any climber’s taste.

This guide includes area:

  • St. George Crags
  • Snow Canyon State Park
  • Veyo Area Crags
  • The Utah Hills
  • Welcome Springs
  • Woodbury Road Crags
  • The Arizona Strip
  • Hurricane Area
  • West Cedar Crags
  • Cedar Canyon
  • Brian Head
  • Parowan

Rock Climbs of Southwest Utah and the Arizona Strip includes a FREE 3-month trial to the digital edition. Download and install instructions here.

5 Reviews Hide Reviews Show Reviews

  • 5
    Guide book

    Posted by Philip Mastrangelo on 3rd Feb 2023

    I have a lot of guide books from all over the country. I really like this lay out.

  • 5
    Good

    Posted by Chode rider on 4th Oct 2022

    Great beautiful modern book with lots of character, great topos, descriptions and history.

  • 5
    Rock climbs of southwest utah

    Posted by Jacob Abbott on 27th Oct 2021

    Great product, great customer service, and fast shipping.

  • 5
    Awesome

    Posted by Frank on 11th Feb 2019

    Great book put together very well looking forward to putting it to use

  • 5
    Great Guidebook

    Posted by Eric G on 1st Jan 2019

    Highly recommend. Some nice improvements upon the previous edition. Includes great features often skipped by other guidebooks such as sun aspect, approach estimate, elevation/weather tips, etc. The crew at Sharp End are very customer focused and their passion shows in their products and interaction with their contacts.