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Tuesday, June 4, 2024

Eventuri Toyota A90 Supra Black Carbon Intake eveEVE-A90-CF-INT

 

Eventuri Toyota A90 Supra Black Carbon Intake eveEVE-A90-CF-INT

Eventuri Toyota A90 Supra Black Carbon Intake eveEVE-A90-CF-INT


The Eventuri MK5 Supra intake system consists of a number of components engineered to perform a specific purpose and fabricated to the highest of standards. 

Eventuri utilize a 100% pre-preg carbon fiber with no fibreglass to achieve a smooth internal surface to maintain smoother airflow. 

Each intake system consists of:
  • Carbon Fiber Airbox with Dual Feeds
  • Bespoke High Flow Dry Cone Filter
  • Carbon Fiber Inlet Tube with 111mm opening ID
  • CNC Machined Temperature Sensor Mount
  • CNC Machined Breather adapter
  • Heat Shield with Gold Reflective Backing
  • Laser Cut Stainless Steel Brackets
  • Silicon Coupler with OEM Specification Clamps

Crafted from Prepreg Carbon Fiber, the airbox serves 2 objectives:
1. To seal the filter against engine bay heat.
2. To provide a dual cold air feed.

**The dual cold air feed: 
- The stock airbox draws air from a single duct which extends to the front bumper area.  - Eventuri had identified another area to draw cold air from- a gap between the wheel arch and the chassis where the airbox sits. 
- Eventuri extended a scoop at the back of the design which protrudes into the wheel arch.
- This second feed allows the turbo to draw from a larger area and reduce the restriction. 

**Unlike most aftermarket intakes, Eventuri maximised the size of intake tube:
- The OEM inlet tube has an internal diameter of 80.8mm or 3.2” at the filter end.
- Eventuri tube has an internal diameter of 109mm or 4.3”. 
- This is a massive 82% increase in cross sectional area over stock. 

**Made from a non-woven mesh material which is double layered and is ISO tested:
- This is to ensure that filtration is in line with OEM standards. 
- The filter is cleanable and very stable at high temperatures with the base material being Urethane. 
- The filter had internal flow guiding cone to help aid the airflow to converge while reducing the possibility of a stagnation point in the middle of the filter space.


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