# Town Pizza

> Town Pizza — American restaurants in Los Angeles, CA.

## Key facts
- **URL**: https://frankiapp.com/business/town-pizza-26282
- **Type**: Restaurants
- **Cuisine**: American
- **Location**: Los Angeles, CA
- **Address**: 5101 York Blvd Los Angeles, CA 90042 Highland Park, Los Angeles, CA 90065, US
- **Phone**: 13233448696
- **Website**: https://www.toasttab.com/town-delivery/v3
- **Menu**: https://www.yelp.com/menu/town-pizza-los-angeles-3
- **Price range**: $$$$
- **Coordinates**: 34.096039, -118.224494
- **Claimed**: unclaimed
- **Vibes**: Casual, Industrial, Hole In The Wall, Cultural

## About
Town is an independently owned pizzeria proudly serving handmade pizzas and salads using original recipes and quality ingredients.

## Hours
- Monday: 4pm - 10pm
- Tuesday: 4pm - 10pm
- Wednesday: 4pm - 10pm
- Thursday: 4pm - 10pm
- Friday: 4pm - 10pm
- Saturday: 4pm - 10pm
- Sunday: 4pm - 10pm

## Amenities
- Vegetarian
- Vegan
- Google Pay
- Credit Card
- Happy Hour
- Reservations
- Delivery
- Take Out
- Kid Friendly
- Wheelchair Friendly
- Health Score
- Masks Required
- Staff Wears Masks

## Reviews
### eatingaround — 3.7/5 · Dec 17, 2023

### frankifoodon — 5.0/5 · Aug 25, 2023
DEEEEEEEEEEEEP DEEEEEESH

### jnnfrthefoodie — 3.9/5 · Jun 29, 2022
decent slice of cheese pizza, they were out of everything else 😩

### milkita.jpg — 4.4/5 · Aug 24, 2023
The detroit style pizza was very tasty! I would love to try a whole freshly made pie next time, instead of one that got heated up!

### eatlikejenn — 3.6/5 · Mar 27, 2024
reminds me of new york-style pizza

Grabbing a bite at📍Town in Highland Park, Los Angeles, a local pizzeria.  Town's got that classic thin-crust goodness reminiscent of NYC slices. You can grab a quick slice on the go or settle in for a cozy dine-in experience. Tangy tomato sauce, premium cheese and good toppings. Crispy, charred crust edges? Absolute perfection.  7.3/10

Pepperoni Slice $4 | Housemade Sausage Slice $4 | Zetta’s Pesto Slice $4.50 | Classic Detroit Slice $5 | Side of Ranch $2