Studio Apartment in Downtown Loveland! - *** 360 Tour *** https://mls.ricoh360.com/12da7bd0-9086-4e21-a922-0ce036e9af30
Come see this studio apartment in a great location. Features of this first-floor unit include on-site coin-operated laundry and LVP flooring. There is no stove or oven, but a hot plate is provided. You’ll be blocks away from many of Loveland’s best restaurants, and near many parks and natural areas such as Barnes Park, Fairgrounds Park, River’s Edge Natural Area, and more. Enjoy the dining, shopping, museums, art galleries, and theaters that Downtown Loveland has to offer, as well as easy access to US 287.
A prorated fee of $114/month covers all of your utilities. One cat or one small dog (25 lbs or less) will be considered with an additional $150 deposit, $150 fee, $35/pet pet rent and proof of spay/neuter. All dogs must be over 1 year old. Breed restrictions apply - our breed restrictions can be found on our website under the 'Future Residents' tab.
Important Information:
Note: This is a sublease through June 2023, with a required renewal through June 2024.
Note: We have several units at this property. Photos and 360 tours are for marketing purposes only and may not represent actual unit.
Non-refundable $55 application fee. All residents 18 years of age and over must apply.
- Security deposit is usually equal to 1 month's rent.
- Visit our website for qualifications and exclusions.
Apply online today, or call Evergreen Property Management, Inc at 970-226-5600 to schedule a showing! www.ftcrent.com for our online application, requirements, and other available units!
All applicants are responsible for verifying all information prior to signing a lease agreement.
Evergreen Property Management, Inc. cannot verify the accuracy of property information listed on third party websites. Please visit our website to confirm property information and availability. Visit www.FTCRent.com or call 970-226-5600.
(Measurements are for the purpose of marketing and may not be exact. If exact square footage is a concern, the property should be independently measured).
