Vertical Flow Intercoole Core 24in W x 6in H

The Vertical Flow Intercooler Core 24in W x 6in H from Vibrant Performance is engineered for turbocharged and supercharged enthusiasts who demand efficient charge-air cooling without sacrificing packaging flexibility. This vertical-flow design addresses a critical thermal challenge in forced-induction builds: compressed intake air heats dramatically during compression, robbing horsepower and reliability. By positioning the core vertically, you gain layout versatility while maintaining optimal coolant circulation and air-side pressure drop characteristics essential for sustained boost delivery and engine longevity.

Vibrant's vertical-flow core design utilizes a stacked aluminum tube-and-fin construction that maximizes heat transfer surface area within the 24-inch width and 6-inch height footprint. The vertical fluid path ensures consistent coolant velocity, reducing turbulence and promoting laminar flow through internal passages—a critical detail for preventing cavitation and maintaining pressure stability across varying engine speeds. The aluminum construction resists corrosion when paired with quality coolant, while the compact 5.51-inch depth accommodates tight engine bays where traditional front-mount or side-mount orientations won't fit. At 19.14 pounds, the assembly remains manageable for custom bracket fabrication without compromising structural rigidity under vibration and pressure cycling.

Experienced fabricators and tuners favor this core for mid-engine, rear-engine, or unconventional boost setups where traditional horizontal intercoolers create packaging nightmares. Whether you're building a LS-swapped sports car, a rotary turbo platform, or a radical custom street machine, the vertical orientation opens design flexibility without forcing you into restrictive off-the-shelf solutions. Proper coolant selection, line routing, and bracket design are non-negotiable; oversizing your cooling loop and maintaining consistent flow velocity will unlock this core's full thermal potential and ensure repeatable performance gains across successive dyno pulls.