Description
HIGH-FLOW INTAKE ELBOW FOR 2003, 2004, 2005, 2006, 2007 FORD 6.0 POWERSTROKE DIESEL
Details and Specifications:
- SKU: FLES08408BL
- Weight: 680g
- Type: High-Flow Intake Elbow
- Color: Blue
- High-Flow Intake Elbow for 2003 2004 2005 2006 2007 6.0 Powerstroke Diesel Ford F-250 F-350 F-450 F-550
Fitment Guide:
- 2003-2007 Ford F-250 Super Duty Powerstroke 6.0L V8 Diesel Turbo Engine
- 2004-2007 Ford F-250 Harley Davidson Super Duty Powerstroke 6.0L V8 Diesel Turbo Engine
- 2003-2007 Ford F-350 Super Duty Powerstroke 6.0L V8 Diesel Turbo Engine
- 2005-2007 Ford F-350 Harley Davidson Super Duty Powerstroke 6.0L V8 Diesel Turbo Engine
- 2003-2007 F-450 Super Duty Powerstroke 6.0L V8 Diesel Turbo Engine
- 2004-2005 F-550 Super Duty Powerstroke 6.0L V8 Diesel Turbo Engine
- 2003-2005 Excursion Powerstroke 6.0L V8 Diesel Turbo Engine
Features:
- Aluminum Construction
- Precision CNC machined billet aluminum flanges
- Direct fitment to OEM location
Includes:
Aluminum Intake Elbow – Powder Coated Blue
New O-ring
4 new cap-head bolts.
2003-2007 Ford 6.0 Powerstroke Intake Elbow FAQ
Q1: What vehicles does this 6.0 Powerstroke intake elbow fit?
A1: This Flashark high-flow intake elbow fits selected Ford trucks and SUVs equipped with the 6.0L Power Stroke V8 turbo-diesel engine. Listed applications include the 2003-2007 Ford F-250 Super Duty, 2003-2007 F-350 Super Duty, 2003-2007 F-450 Super Duty, selected 2004-2005 F-550 Super Duty models, and the 2003-2005 Ford Excursion. Verify the exact year, model, and engine before ordering.
Q2: Does this intake elbow fit a Ford F-250 or F-350 Harley-Davidson edition?
A2: Yes, but the listed years differ by model. The product page lists compatibility with the 2004-2007 Ford F-250 Harley-Davidson Super Duty and the 2005-2007 Ford F-350 Harley-Davidson Super Duty when equipped with the 6.0L Power Stroke diesel engine.
Q3: Will this intake elbow fit a 2003-2005 Ford Excursion 6.0 Powerstroke?
A3: Yes. The 2003, 2004, and 2005 Ford Excursion with the 6.0L Power Stroke V8 diesel engine are included in the product's fitment list. Confirm that the vehicle retains the factory-style intake manifold connection and has not been modified with a different intake system.
Q4: Does this intake elbow fit a 6.4 Powerstroke?
A4: No. This product is designed for the 6.0L Power Stroke used in the listed 2003-2007 applications. The 2008-2010 6.4L Power Stroke uses a different intake system, engine layout, mounting flange, and emissions configuration, so a 6.0 Powerstroke intake elbow should not be installed on a 6.4L engine.
Q5: Is a 6.0 Powerstroke intake elbow the same as an intake horn?
A5: Yes. On the 6.0L Power Stroke, the terms intake elbow and intake horn are commonly used for the component that directs pressurized charge air into the intake manifold. This product replaces the restrictive factory elbow at the original mounting location.
Q6: Is this the same as a cold air intake?
A6: No. A cold air intake replaces the air filter and pre-turbo inlet tubing. This high-flow intake elbow is installed on the pressurized side of the air system after the turbocharger and intercooler. It directs compressed charge air into the intake manifold and does not include an air filter or replace the factory airbox.
Q7: What are the benefits of a high-flow intake elbow on a 6.0 Powerstroke?
A7: A smoother, less restrictive intake elbow can improve charge-air flow into the intake manifold, support quicker turbo response, and reduce turbulence compared with the factory elbow. It can be particularly useful on trucks with tuning, upgraded intercooler piping, exhaust modifications, or increased airflow demand.
Q8: How much horsepower will this 6.0 Powerstroke intake horn add?
A8: The product page does not publish a specific horsepower or torque increase for this intake elbow. Actual results depend on the truck's turbocharger, tuning, fueling, intercooler system, exhaust, engine condition, and other modifications. On a mostly stock truck, improved airflow response may be more noticeable than a large increase in peak horsepower.
Q9: Can an intake elbow improve turbo spool?
A9: Reducing restriction between the intercooler piping and intake manifold can help pressurized air move more efficiently into the engine. This may support quicker or more consistent turbo response, especially on a modified truck. However, slow spool can also be caused by exhaust leaks, boost leaks, sticking turbo vanes, damaged charge-air boots, or tuning problems.
Q10: Can this intake elbow lower EGT while towing?
A10: Improved charge-air flow may help support cleaner combustion and lower exhaust gas temperature under load, but an intake elbow alone cannot guarantee a specific EGT reduction. Excessive EGT may also be caused by aggressive fueling, boost leaks, a dirty air filter, turbo problems, heavy loads, or improper gear selection. A towing truck should still use appropriate monitoring and tuning.
Q11: Does a 6.0 Powerstroke intake elbow require a tune?
A11: A tune is not normally required when this intake elbow is installed by itself on an otherwise stock and properly operating 6.0L Power Stroke. The engine can continue to run with the factory calibration. Custom tuning may provide additional benefits when the truck also has upgraded fueling, turbo, intercooler piping, exhaust, or other performance modifications.
Q12: Will this intake elbow work with the factory intercooler piping?
A12: The elbow is designed for direct installation at the OEM intake-manifold location on the listed vehicles. It should work with the original-style charge-air system when the surrounding boots and pipes remain in the factory configuration. Trucks with aftermarket intercooler piping or custom charge-air tubes should have the connection size, alignment, and available clearance checked before installation.
Q13: Does installing this intake elbow delete the EGR system?
A13: No. This component is a replacement intake elbow and is not described as an EGR delete kit. Installing it does not automatically remove, disable, or reprogram the EGR system. Any emissions-related components and connections should remain properly installed unless the vehicle is being serviced in accordance with applicable laws and manufacturer procedures.
Q14: What is included with the Flashark 6.0 Powerstroke intake elbow?
A14: The package includes one aluminum intake elbow with a blue powder-coated finish, one new sealing O-ring, and four new cap-head mounting bolts. Inspect all parts before removing the factory elbow and retain the original hardware until the installation has been completed and checked for leaks.
Q15: What is the intake elbow made from?
A15: The elbow uses aluminum construction with precision CNC-machined billet aluminum flanges. The aluminum body provides a rigid airflow path, while the machined flange helps the elbow sit evenly against the intake-manifold sealing surface. The exterior is finished with a blue powder coating.
Q16: How difficult is a 6.0 Powerstroke intake elbow to install?
A16: Installation is a moderate bolt-on job for someone familiar with diesel engine intake components. The factory elbow must be removed, the mounting surface cleaned, the new O-ring positioned correctly, and the replacement elbow tightened evenly with the supplied bolts. Keep dirt, damaged O-ring material, and loose hardware out of the open intake manifold.
Q17: How do I prevent an intake or boost leak after installation?
A17: Clean the manifold sealing surface carefully, confirm that the new O-ring is undamaged and seated in its groove, and tighten the four mounting bolts gradually in an even pattern. Do not overtighten the bolts because uneven pressure can damage the seal or flange. After installation, check for hissing, oily residue, reduced boost, excessive smoke, or slower turbo response.
Q18: Why is there oil residue around the factory intake elbow?
A18: A light oil film can come from normal crankcase vapor and oil mist moving through the turbocharger and charge-air system. Heavy wet oil, active leakage, excessive smoke, or rapid oil consumption may indicate a damaged boot, failed seal, turbocharger issue, or crankcase ventilation problem. Diagnose the source before assuming that replacing the elbow alone will correct it.