Last weekend we ventured into one of our favorite Mexican restaurants: Los Hermanos. It was a chilly fall day, we were all dressed in our comfiest hoodies, and Mexican food sounded just right! Brian and I have been going here since we were dating and we get the same thing every time β a huge plate of nachos to share! And when I say huge, I mean HUGE! We always take home the leftovers for another meal, or two. (I also had my first bite of fried ice cream here when we were dating β can you say mmm mmmm!) Ellie was loving all the beans and the attention she got from the waiters π Needless to say, we are huge fans!
(our child has awesome table manners π

12 COMMENTS
Amanda Schroeder
7 years agoYou have the most perfect little family ever.
Eryka
7 years agoMmm. That sounds amazing! haha! Ps. Love that diaper bag!!
Unknown
7 years agoYou have the cutest family. Seriously! – Court | lovecourtxoxo.com
Amberly
7 years agoWhere is this place at? I'm always looking for a good Mexican place that both Joe and I can enjoy!! π
Amy
7 years agoThe first photo of you holding Ellie is true love at it's finest!!! You two will always be buddies….for life!! I can tell! π Look how she's just holding on to your neck. So cute!!!
Erin Estella
7 years agoOh my her sweatsuit!!! And these photos look WAY bright and beautiful!
Unknown
7 years agoI've been there!! It's such a cute place! I love all the room surrounded with windows! Ah so fun!
Steve and Nicole
7 years agoshe is getting so BIG! and so adorable, you guys look so happy! I am so happy for you
Brooke @ Silver Lining
7 years agoBrian cracks me up. His face when he's holding the bag – haha!
April @ Hansen Love
7 years agoOh my! E's boots, dying! Love you guys. Such a cute little family. And now i'm craving Los Hermanos!
Cindy Sharkey
7 years agoWhat a happy family outing. It does look a little nippy out, love Ellie's boots. xox
P
7 years agoThis place looks amazing.
Makin me miss all the Mexican food at home that's NOT in London!! I could literally eat those chips right through my iPad π