Hespera BRT
Available
Hespera BRT
AvailableHespera BRT is a female Jack Russell Terrier mix, small in size, with a short coat featuring white and cream along with black. Currently located in Missouri City, TX, this pup is spayed and vaccinated, making her ready for adoption. Please note she is not house trained yet, and her weight is currently estimated at 17 lbs.
About Hespera BRT
Hespera BRT is a spirited Jack Russell Terrier, currently located in Missouri City, TX. This adorable female pup has a striking coat that features white and cream with black accents. At an estimated date of birth of August 1, 2024, she is still a young adult bursting with energy. Hespera is spayed, and her vaccinations are all up to date. However, she is not yet house trained, so keep that in mind if you're considering adopting her. The adoption fee of $750 covers transportation, vaccinations, microchipping, and spaying. Since Hespera's adoption can happen without a prior meeting, we emphasize finding the right match for her. For those outside Houston, please read the instructions carefully on how to apply. Expect a reply within 48 hours, but be sure to check your spam folder just in case. Wouldn't you love to give this little one her forever home?
Adoption Fee
Inquire directly with rescue.
Adoption fees can usually be paid via credit card, or other convenient methods. Please check with the shelter for specific payment methods.
Rescues & Shelters
Questions about Hespera BRT
What type of living environment is this breed usually best suited for?
Jack Russell Terriers like Hespera BRT generally thrive in active households that provide plenty of stimulation and opportunities for play.
How much outdoor space does this breed typically need?
Hespera will benefit from a decent outdoor space to romp around, as Jack Russells are energetic and need room to play.
Is this breed typically suitable for homes with children?
Jack Russell Terriers can get along well with children when trained properly, but it's important to supervise their interactions due to their high energy.











