Koyorad VH322965N Hyper V-Core Radiator for 2014-2019 Ford Fiesta ST MT

Vehicle Fitment

• 2014-2019 Ford Fiesta ST (1.6 L I4 Turbo, Manual Transmission)

Features

• High-density Hyper V-Core all-aluminum radiator core - ~36 mm thick
• N-FLO triple-pass internal flow design for enhanced heat rejection
• Direct bolt-in replacement - retains stock fan shroud and mounting points
• Precision Nocolok brazed construction for corrosion resistance
• Optimized fin and tube layout for efficient thermal transfer
• Slim profile design improves airflow in tight engine bay
• Designed to handle turbocharged cooling demands
• Lightweight all-aluminum build improves responsiveness over heavy stock radiators

Specifications

• Part Number: VH322965N
• Core Thickness: ~36 mm Hyper V-Core
• Material: All-aluminum (core and end tanks)
• Compatible Engine: 1.6 L I4 Turbo
• Transmission: Manual Transmission only
• Fitment: Ford Fiesta ST (2014-2019)
• Flow Tech: N-FLO triple-pass design
• Mounting: OEM bolt-in - retains stock fan and hoses

Included Components

• 1x Koyorad VH322965N all-aluminum radiator assembly

Product Description

The **Koyorad VH322965N Hyper V-Core Radiator** is a high-performance cooling upgrade engineered specifically for the **2014-2019 Ford Fiesta ST** equipped with the **1.6 L turbocharged engine** and manual transmission. Its ~36 mm **Hyper V-Core** all-aluminum design boosts coolant capacity and heat rejection compared to many OEM radiators, helping maintain stable engine temperatures under spirited driving or high-load conditions.

Featuring **N-FLO triple-pass internal flow technology**, precision brazed seams, and an optimized fin and tube layout, this radiator enhances thermal performance while fitting within the Fiesta ST's compact engine bay. The direct bolt-in design uses stock mounting points and retains compatibility with the original fan shroud and hose connections, making installation straightforward. Built from lightweight, corrosion-resistant aluminum, the VH322965N offers dependable cooling performance for enthusiasts seeking improved reliability and temperature control over the stock unit.