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Ramair Foam 127mm (5inch) OD Neck Large Cone Air Filter with Velocity Stack CC-195-VS-127-BK

$97.50
SKU:
CC-195-VS-127-BK
Weight:
2.00 LBS
Shipping:
Calculated at Checkout

Description

The Ramair Large Cone Foam Air Filter with integrated velocity stack is engineered for high-performance airflow in a wide range of custom and motorsport applications. Designed to optimize intake efficiency, this universal cone filter features a massive 127mm (5") neck diameter, a robust stainless-steel internal cage, and a durable twin-layer foam element for superior filtration and unrestricted breathing.

Its cone-shaped profile makes it ideal for space-restricted engine bays while maximizing surface area for improved airflow, delivering noticeable performance gains. Perfect for turbocharged, supercharged, and naturally aspirated engines seeking a high-capacity intake solution.

Key Features & Benefits

  • Oversized 127mm (5") Neck Diameter – Allows massive airflow for high-output engines.

  • Built-in Velocity Stack – Smooths and accelerates airflow into the intake system for improved throttle response and power.

  • High-Flow Dual-Layer Foam – Efficiently filters airborne particles while ensuring unrestricted airflow.

  • Stainless Steel Internal Cage – Maintains filter structure under high suction loads.

  • Durable Rubber Polymer Neck – Secure and flexible mounting for a wide variety of setups.

  • Universal Application – Suitable for custom intakes, race cars, off-road builds, and forced induction setups.

Specifications

  • Filter Neck Outer Diameter: 127mm (5")

  • Filter Neck Length: 25mm (1")

  • Base Width: 195mm (7.7")

  • Top Width: 120mm (4.7")

  • Overall Length: 200mm (7.9")

  • Filter Element: Dual-layer performance foam

  • Base Material: Rubber polymer

Performance Advantage

With its oversized design and velocity stack integration, this air filter delivers increased airflow capacity, enhanced induction sound, and reliable filtration for high-performance applications. It’s the perfect choice for engine builds requiring maximum breathing potential without sacrificing filtration efficiency.