2016-2021 Honda Civic Non-Si 1.5T Cobra Cold Air Intake System

PRL-HC10-INT-CAI-A
Available to Order
$585.35

$585.35

2016-2021 Honda Civic Non-Si 1.5T Cobra Cold Air Intake System

Fits all 2016-2021 Civic Non-Si 1.5T
Fits Honda Sensing Package
Fits all variant models including CVT, RHD, International Models, Etc.
Canadian Models Require USDM Windshield Washer Reservoir Conversion (Supplied by Teknotik)

Overview

STREET INSTALL GUIDE | RACE INSTALL GUIDE


Important Notes:

  • NO ECU CALIBRATION REQUIRED FOR STREET MAF HOUSING
  • RACE MAF-SPECIFIC ECU CALIBRATION IS REQUIRED FOR RACE MAF HOUSING
  • RACE MAF BASEMAP CALIBRATIONS AVAILABLE IN BOTH HONDATA & KTUNER
  • TWO STEP PERFORMANCE "TSP" & PHEARABLE CALIBRATIONS COMPATIBLE BY SELECTING "RACE MAF" OPTION
  • NOT COMPATIBLE WITH FACTORY CVT COOLER (SPAIN, TURKEY, ETC)

Technical Notes:

There’s a reason our Cobra Cold Air Intake Systems is a constant topic of discussion and so highly regarded. Our CNC machined billet aluminum MAF Housing was designed to provide *factory-spec fuel trims (-4% of factory STFT & LTFT) for optimal drivability and performance. The Cobra CAI utilizes a 4" volume from the air filter into the MAF Housing and is available with two different MAF housing choices; a Street housing and a Race housing. Both housings utilizes the factory MAF sensor, but feature two different diameters and profiles. As mentioned above, the Street housing is designed to provide factory-spec fuel trims WITHOUT any tuning whatsoever. The Race housing allows a 50% larger volume of air in comparison to the Street housing, which is why a tune IS required. This larger volume of airflow reduces pumping loss and creates an unrestricted air path to feed the MAF housing with ambient temperature air.

Customers can switch between MAF housings without having to buy another intake system by purchasing our MAF Housing Conversion Kit

Customers can convert to a Short Ram Intake with our Short Ram Intake Conversion Kit

Performance Gains:

  • 15 horsepower and 12 ft/lb torque gains in comparison to stock with Street MAF housing WITHOUT TUNE - Read More Here!
  • 20 horsepower and 15 ft/lb torque gains in comparison to stock with Race MAF housing WITH Race MAF basemap calibration on Hondata and/or KTuner – Read More Here!
  • Larger gains to be seen at higher power levels with custom tuning

Third Party Testing:

Kit Includes:

  • Billet Aluminum MAF Housing (Anodized Black)
  • PRL Motorsports High Flow Oiled Cone Air Filter
  • (1) 4-Ply Upper Silicone Intake Hose (Race or Street)
  • (1) 6-Ply Lower Silicone Intake Hose
  • HDPE Rotomolded Lower Intake Tube
  • (4) 304 Stainless Steel Worm Clamps
  • Stainless Steel Mounting Brackets
  • Stainless Steel Hardware

SILICONE IS ONLY AVAILABLE IN BLACK – UPPER HOSE IS DIFFERENT THAN OUR “STAGE 1” SILICONE

photo Civic x L.trim stock intake and stock tune_zpstsojzcon.jpg
Above is a graph of the long term fuel trims with the stock intake w/ air box and factory ECU mapping, or in other words a bone-stock car.

photo Civic x L.trim PRL intake and stock tune_zpsbwehmsdl.jpg
The graph of the long term fuel trims again with, but with our cold air intake (Street MAF) and factory ECU mapping.

photo Civic x L.trim PRL intake and Hondata 6psi tune_zpsho9o9lx7.jpg
This is another long term fuel trim graph, but with our cold air intake (Street MAF) and +6psi Hondata off-the-shelf map.
Notice how consistent and similar all of the LTFT graphs are. Each graph is within -4 LTFT.

photo Civic x S.trim stock intake and stock tune_zpsip0nzgdb.jpg
Above is a graph of the short term fuel trims with stock intake w/ air box and factory ECU mapping (stock car).

photo Civic x S.trim PRL intake and stock tune_zps7bindvoz.jpg
Here is a short term fuel trim graph with our cold air intake (Street MAF) and factory ECU mapping.

photo Civic x S.trim PRL intake and Hondata 6psi tune_zpsxw60sjel.jpg
This is another graph of the short term fuel trims with our cold air intake (Street MAF) and +6psi Hondata off-the-shelf-map. All of the STFT graphs display identical curves and consistency.
Read More
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