Mishimoto MMFS-MIA-90 Aluminum Fan Shroud Kit w/ Dual Fans for 90-97 Mazda Miata

Vehicle Fitment

• 1990-1997 Mazda Miata (NA; 1.6L/1.8L, RWD)

Features

• Performance aluminum fan shroud engineered for Mazda Miata NA cooling systems
• Includes two high-flow 12" slim electric fans to maximize airflow
• Direct OEM-style fit for stock and Mishimoto radiators
• Improves airflow through radiator core for better heat dissipation
• Lightweight aluminum construction reduces added weight vs stock shroud
• Secures fan blades to prevent interference with engine bay components
• Available in polished, black, or gold powder-coated finish options
• Backed by Mishimoto Lifetime Warranty for long-term reliability

Specifications

• Part Number: MMFS-MIA-90
• Compatible Models: Mazda Miata 1990-1997 (NA platform)
• Material: Aluminum fan shroud
• Fan Quantity: 2 electric fans
• Fan Size: 12" slim fans (each)
• Total Airflow: Approx. 2300 CFM (1150 CFM per fan)
• Chassis Codes: NA6/NA8
• Mounting: Direct fit to radiator with included hardware

Included Components

• 1x Aluminum fan shroud
• 2x 12" slim electric cooling fans
• Complete mounting hardware kit
• Mishimoto Lifetime Warranty documentation

Product Description

The Mishimoto MMFS-MIA-90 Aluminum Fan Shroud Kit is a direct-fit cooling upgrade for 1990-1997 Mazda Miata (NA). The lightweight aluminum shroud replaces the stock unit and incorporates two high-flow 12" slim electric fans, delivering approximately 2300 CFM of airflow. This setup improves radiator efficiency, reduces engine temperatures, and ensures reliable cooling during spirited driving or hot weather conditions.

Installation is straightforward with direct bolt-on compatibility for OEM and Mishimoto radiators, requiring no cutting or modifications. The fan shroud also secures the fan blades to prevent contact with other engine components while focusing airflow precisely through the radiator core. Backed by Mishimoto's Lifetime Warranty, this kit provides durable, performance-oriented cooling support for Miata enthusiasts seeking improved engine thermal management.