Metro CR1430DTOSC 3 tier Drive Thru Order Staging Cart - 30"W x 14"D, Steel - Image 1
SKU: 001-CR1430DTOSC
Brand: Metro
Model: CR1430DTOSC

Metro CR1430DTOSC 3 tier Drive Thru Order Staging Cart - 30"W x 14"D, Steel

The Metro CR1430DTOSC 3-tier drive-thru order staging cart offers a compact, mobile solution for organizing takeout and carryout orders with a durable stainless steel top and smooth mobility.

Key Features

  • Corrosion-resistant 304 stainless steel top with epoxy-coated corners for durability
  • 3-tier design with two adjustable wire shelves for versatile storage of plates, dishes, and food items
  • 5-inch swivel casters (2 locking) for smooth mobility and stable positioning in drive-thru environments
  • Customized inlay indicates ready orders, improving workflow efficiency in high-traffic kitchens
  • Compact footprint (30" W x 14" D) ideal for tight spaces while maximizing storage capacity
Efficiently manage takeout and delivery orders with the Metro CR1430DTOSC 3-tier drive-thru order staging cart, designed specifically for commercial kitchens and restaurant environments. This compact yet sturdy cart features a corrosion-resistant 304 stainless steel top with epoxy-coated corners and a customized inlay to clearly indicate ready orders. Its 3-tier design—complete with two adjustable wire shelves—provides versatile storage for plates, dishes, and food items, while the 5-inch swivel casters (with two locking options) ensure smooth mobility, stability, and easy positioning. Ideal for high-traffic drive-thru setups, this cart enhances workflow efficiency, reduces wait times, and keeps orders organized. The durable construction, including a solid metal frame, ensures long-lasting performance even in demanding commercial kitchens. With a 1-year warranty against manufacturing defects, the Metro CR1430DTOSC is a reliable investment for restaurants and food service businesses looking to streamline their order staging process. Its compact footprint (30" W x 14" D) makes it perfect for tight spaces without sacrificing functionality.