Extra Space Storage facility on 69100 Converse Rd - Cathedral City, CA

Rent First-Floor Access Storage at 69100 Converse Rd

69100 Converse RdCathedral City, CA 92234
4.9(493 REVIEWS)

Hours

Today's Gate: 06:00 AM - 10:00 PM
Today's Office: 09:30 AM - 06:00 PM
Select a Unit Below

Other Storage Available

Convenient Self Storage Near You

Extra Space Storage located near the intersection of Converse Rd and Date Palm Dr offers first-floor storage in Cathedral City! We are conveniently located to serve the residents of Cathedral City and surrounding areas like Thousand Palms, Rancho Mirage, Palm Springs, and Palm Desert. Find us near Cathedral City Elementary School and Terracina at Cathedral City Apartments!

First-Floor Access Storage Units in Cathedral City

The first-floor storage units in Cathedral City come in plenty of different sizes, which range in size from 5x5 to 12x22. First-floor access allows customers to easily access their storage unit, which is located inside of our facility on the main level.

Secure Storage

Worried about the valuable belongings you might be storing in one of our storage units? Have peace of mind with Extra Space Storage! Our 69100 Converse Rd storage facility is well-equipped with advanced security measures like electronic gate access, video surveillance, and an on-site resident manager to help protect your belongings.

Other Amenities & Services

  • Extended access hours are standard with 24/7 access available - ask site manager for details
  • Sturdy moving carts available for heavy, bulky items
  • Wide-drive aisles to accommodate large moving trucks

We’re the Storage Partner You Can Trust

At Extra Space Storage, we are committed to delivering an exceptional and top notch self storage experience for all of our customers. Our knowledgeable and helpful customer service team is here to answer any questions you may have, and our facilities are clean, well-lit, and well-maintained. Contact us today to reserve first-floor storage in Cathedral City!

*Promotional Terms & Conditions and Size Disclaimer