Maggie Mae
Available
Maggie Mae
AvailableMaggie Mae is a loving 3-year-old female American Staffordshire Terrier mix. She is medium-sized and has a beautiful coat with white and cream, and brown chocolate colors. At around 50 pounds, she is house trained and altered. Maggie Mae is vaccinated and enjoys being around children and dogs, making her an excellent addition to a family.
About Maggie Mae
Meet Maggie Mae, a charming 3-year-old American Staffordshire Terrier mix who weighs around 50 pounds. Rescued alongside her three puppies during the Texas freeze, she showed incredible dedication as a mama. Now, it’s her turn to find a loving forever home. Maggie Mae is house trained and thrives with dogs and kids, making her an ideal family companion. However, she’s not fond of cats, so a cat-free environment would suit her best. She's currently in training for her crate and leash manners, and she’s making great strides every day. Maggie Mae has a sweet and resilient spirit, having already shown her capacity for love and loyalty. She's ready to become a cherished member of your family, and all she needs is the chance she truly deserves. Maggie Mae is in Houston, TX, and can be transported to most states for an additional fee of $300. Ready to meet your new best friend? Apply now!
Adoption Fee
$275Payment after application.
Help Maggie Mae find her forever home. Pay easily via credit card or other convenient payment methods.
Rescues & Shelters
Questions about Maggie Mae
What type of living environment is this breed usually best suited for?
Maggie Mae, being an American Staffordshire Terrier mix, is adaptable and would do well in a loving home with enough space to play and explore.
How much outdoor space does this breed typically need?
Maggie Mae would appreciate some outdoor space for exercise and playtime, but she can adjust to various environments as long as she gets regular activity.
Is this breed typically suitable for homes with children?
Yes, Maggie Mae gets along well with children, making her a great companion for families.











