10 Full-length Exhaust Headers For 5.7 Hemi Challenger Swaps And Upgrades 2026

⚡ Quick Verdict

📋 How We Evaluated

Evaluation used build quality signals like 304 stainless, mandrel bending, TIG welding, and flange thickness. Performance expectations weighed tube sizing and collector design claims, with attention to long-tube suitability versus shorty or non-matching platforms. Value and suitability considered included hardware and gaskets, fitment clarity, and whether the product lists Amazon-style buyer-ready details like compatibility tables and installation cautions despite limited rating data.

Material	304 stainless steel
Welding/Build	TIG welded joints with CNC machining
Fitment Coverage	300C 2005-2013, Charger 2006-2013, Magnum 2005-2008, Challenger 2009-2016 (5.7L HEMI V8)
Sealing Focus	CNC tolerances for exhaust pipe sealing performance

What We Found

This set is aimed at the Chrysler 300C and the Dodge Charger/Magnum/Challenger lineup running 5.7L HEMI V8s across specific model years. My read is that the listing is trying to solve two common problems at once: it points to premium 304 stainless construction for corrosion resistance and it leans on CNC precision machining plus TIG-welded joints to support cleaner sealing at the ports. The included compatibility table calls out 300C (2005-2013), Charger (2006-2013), Magnum (2005-2008), and Challenger (2009-2016), which is a big deal when you’re trying to avoid the “wrong flange/routing” scenario. It’s also described as brand-new with “zero defects,” which helps set expectations for surface quality. Since there’s no price or rating information shown here, the decision really comes down to the fitment coverage and the build/sealing claims.

Who It’s For

I would shortlist this for Challenger owners who want a stainless long-tube style replacement that’s explicitly mapped to the Charger/300C/Challenger family years—especially if you’re trying to avoid extra fabrication just to get the mating surfaces to line up. It’s also a better match than the truck-only listings here because the vehicle table reduces guesswork during ordering. If you’re building for longevity and you care about leak resistance through heat cycles, the sealing-focused language is the part that stands out.

Header Type	Shorty headers
Primary Tubes	1-5/8 in.
Collectors	2-1/2 in.
Flange Thickness	3/8 in. head flanges

What We Found

This listing is for shorty headers on select 2009-2023 Ram 1500 trucks with 5.7L HEMI engines (with 2019-2023 Ram 1500 Classic included only). It specifies polished 304 stainless and gives a detailed spec set (including 1-5/8 inch primary tubes, 2-1/2 inch collectors, and 3/8 inch head flanges). The flanges are described as laser-cut and the joints as TIG-welded, which is the kind of process detail that typically matters for sealing consistency—assuming the platform matches. It also mentions tight clearance sensitivity and calls for professional installation/test fitting. The listing even references matching gaskets/hardware, which reduces missing-part friction. The catch: this is explicitly for the Ram 1500 shorty geometry, not a 5.7 Hemi Challenger long-tube application, so it doesn’t solve the long-tube Challenger fitment problem.

Who It’s For

I’d point this to Ram 1500 5.7 HEMI owners who specifically need a shorty header replacement or upgrade and want polished 304 stainless plus included gasket support. It’s less useful to Challenger shoppers because the chassis and header design intent are different, and the listing positioning is shorty—not long tube.

Header Type	Shorty headers / manifold replacement
Vehicle Fitment	2009-2018 Ram 1500; 2019-2024 Ram 1500 Classic old body style (2WD/4WD, 5.7L)
Material	304 stainless steel
Includes	Steel-clad fiber manifold gaskets and installation hardware

What We Found

This one is shorty headers for Ram 1500 (2009-2018) and Ram 1500 Classic (2019-2024) with 5.7L old body style trucks, and it explicitly says it’s not compatible with 2019+ new body Ram 1500 models. The listing claims a direct bolt-on design that keeps the OEM catalytic converter location without cutting or fabrication, and it’s framed as a fix for cracking/bolt issues common on factory cast manifolds (aimed at reducing ticking and leaks). The construction details point to polished 304 stainless, mandrel-bent tubing, and thick laser-cut flanges with claims of improved sealing surfaces. It also includes steel-clad fiber manifold gaskets and hardware. Even with those strong sealing and installation intentions, it doesn’t address Challenger long-tube needs—and it’s not labeled as long tube—so the application mismatch is the deciding factor here.

Who It’s For

This fits Ram 1500 owners who want a manifold replacement tied to the factory catalytic routing, with minimal fabrication and clear compatibility wording for old vs new body styles. Challenger buyers won’t get direct benefit because the fitment scope and the header type are Ram-specific, not long-tube Challenger-specific.

Header Type	Long tube headers
Primary Tubes	1-5/8 inch
Collectors	2-1/2 inch
Material/Tube Gauge	304 stainless; 16-gauge mandrel-bent tubes

What We Found

These are long tube headers built for 1988-1998 OBS Chevy and GMC K1500/K2500 4WD trucks with 5.0L and 5.7L small block V8 engines. The kit is described as 304 stainless long tubes with mandrel-bent 16-gauge tubing, plus 1-5/8 inch primaries and 2-1/2 inch collectors. The flanges are listed as CNC laser-cut at 5/16 inch thickness, flattened under a hydraulic press for a leak-free seal, with TIG-welded joints for strength. There are also clearance/fitment notes, including potential minor adjustments around column-shift linkage and power steering bracket space. All of that detail is helpful—but it’s for small block Chevy trucks on that OBS platform, not for a 5.7 Hemi Challenger.

Who It’s For

This is for classic OBS Chevy/GMC truck owners who want long tube stainless headers and don’t mind the reality of long-tube install checks/modifications. The thick flanges and TIG-welded mandrel-bent tubes are aimed at longevity and sealing durability. I would skip it for Challenger shoppers because the engine family and chassis match are completely different.

Part Type	Multi-layer stainless header gasket
Compatibility	Chrysler 6.1L/6.2L/6.4L and 2009 5.7L Hemi engines (per listing)
Purpose	Upgrade or replacement for damaged/lost gaskets
Included With Headers	Most header kits include gaskets (per listing)

What We Found

This is a multi-layer stainless header gasket intended for Chrysler 6.1L/6.2L/6.4L and a “2009” 5.7L Hemi application, listed under part number SS-755872. The listing also notes that gaskets are included with most header kits, so this part is best viewed as an upgrade or a replacement if a gasket is damaged or missing. Multi-layer stainless gaskets generally make more sense for heat cycling than basic paper-style materials. That said, this listing doesn’t pick the header for your Challenger—it only supports the sealing step after you already have the correct headers. Because there aren’t detailed dimensions or long-tube pairing guidance shown here, I’d treat it as year-sensitive support, not a blanket fix for every 5.7 Challenger year.

Who It’s For

I’d use this if you’re replacing worn gaskets after removing headers, or if you want more sealing confidence without changing the header kit itself. It’s most helpful when your header kit is already correct for your Challenger and you just want better gasket durability at the flange interface. Challenger shoppers should double-check the exact 5.7 Hemi year since this listing calls out “2009.”

Brand/Model	BBK 1405
Applications	Dodge Hemi 5.7L, 6.1L
Material	Premium graphite
Sales Format	Sold as a pair

What We Found

BBK’s gasket set is targeted at Dodge Hemi 5.7L and 6.1L applications and is sold as a pair. The listing calls out premium graphite material aimed at creating a leak-free seal in higher-temperature conditions, and it also claims a port-matched design so the gasket face lines up with the header sealing surface. BBK positions it as American designed/built, which is a branding point, but the more important part here is the graphite focus for heat-cycle behavior. What’s missing for your broader decision is any explicit Challenger year range or long-tube/header pairing instruction—because this is fundamentally a gasket upgrade, not a header fitment product. Still, it clearly addresses a common long-tube pain point: flange sealing after heat cycles.

Who It’s For

This is a smart add-on for Challenger owners who are already planning the correct 5.7 Hemi long-tube header install and want dependable sealing from the gasket side. It’s also a practical choice if you’ve dealt with blowouts from overheating or uneven torque during installation. My read is that it offers the most value when used alongside a properly fitted header kit, since the gasket can only do so much if the header itself doesn’t match your car.

Header Type	Long tube headers
Engine Family	Gen 1 SBC 265-400 V8
Primary/Collector Gaskets	Includes copper collector gaskets and multi-layer copper/fiber header gaskets
Construction	Polished TIG-welded 304 stainless steel

What We Found

This polished stainless long tube header kit is for 1973-1987 square body Chevy and GMC trucks with Gen 1 SBC 265-400 V8 engines. It includes copper collector components and copper/multi-layer copper/fiber header gaskets, and it even addresses a real install consideration: some applications may require specific spark plugs for tube clearance (it names Accel 0576S or Accel 0414S with heat shields). The tubes are TIG-welded polished 304 stainless, and the kit includes hardware plus 3-bolt collectors. Again, it’s not a 5.7 Hemi Challenger product, and it’s not even aimed at the Hemi engine family—so it can’t be considered for the long tube header recommendations you actually need.

Who It’s For

This fits square body truck owners with Gen 1 small block Chevy engines who want long tube stainless headers with included copper sealing components and a polished appearance. Builders willing to use the listed spark plug guidance should find the install information helpful. Challenger buyers should not buy this because it’s designed around SBC engines on that 1973-1987 truck platform.

Brand/Model	BBK 1413
Applications	Dodge Car 5.7L, 6.1L, 6.4L Hemi
Year Range	2008-2024
Material	Steel reinforced graphite with graphite coated high-temperature facing

What We Found

BBK’s gasket set is listed for Dodge cars with 5.7L, 6.1L, and 6.4L Hemi engines from 2008-2024. It uses steel-reinforced graphite material and describes a graphite coated, high-temperature facing. Like the other BBK gasket options here, it’s meant to prevent blowouts and keep sealing stable under repeated heat cycles, and it’s sold as a pair. That wide 2008-2024 window is convenient for Challenger owners who are trying to avoid gasket selection mistakes. Still, gasket kits don’t solve the header selection itself: they don’t determine tube routing, collector placement, or clearance for long-tube designs. This item helps only the sealing step after the correct header kit is already chosen.

Who It’s For

This is a good fit for Challenger owners covering common 5.7 Hemi years from 2008 onward who want upgraded gasket durability—especially if you’re refreshing the sealing stack during a header install or dealing with leaks after a previous gasket failure. It’s also practical for daily drivers and cars that see repeated heat cycles. My take is that its broad compatibility reduces ordering risk, but it’s still best used alongside the correct long-tube header kit for your exact vehicle.

Part Type	Metallic ceramic coated exhaust header
Application	Chevrolet Truck 5.3L 2002-2007
Tube/Collector	CNC mandrel bent tubes with long transition collectors
Flanges	Thick flanges (3/8 to 5/8 inch) with no warping

What We Found

Doug’s Headers D3373 is described as a metallic ceramic coated replacement exhaust header for Chevrolet trucks with 5.3L engines from 2002-2007. The listing includes thick flanges meant to resist warping and CNC mandrel-bent tubes for accurate fit. It also references long transition collectors intended to reduce backpressure, plus heavy-gauge tubing listed as both 16 and 14 gauge for longer life, and pre-polished tubes for appearance. Even though the manufacturing details are specific, the application is a Chevrolet 5.3L truck header, not a 5.7 Hemi Challenger part. The “long transition” collector concept doesn’t make it cross-compatible here—the vehicle/engine mismatch is the blocker.

Who It’s For

This fits Chevy truck owners with a 5.3L engine from 2002-2007 who want a ceramic coated header replacement with CNC mandrel-bent tubing. It may also appeal to buyers looking for those long transition collector characteristics. I would skip it for Challenger shoppers searching for 5.7 Hemi long tube headers because the engine family and platform don’t match.

Part Type	4-Tube Full Length Exhaust Header
Application	Mopar B Body Big Block 62-72
Construction	CNC mandrel bent tubes with thick flanges
Collector/Performance	Long transition collectors to reduce backpressure

What We Found

Doug’s Headers D452 is a 4-tube full length exhaust header aimed at Mopar B-body big block applications from 1962-1972. The listing calls out thick flanges with no warping, CNC mandrel bent tubes, and precision formed long transition collectors intended to reduce backpressure. It also references heavy gauge tubing (16 and 14 gauge) for longer life and pre-polished tubes for appearance. Even if the quality language is convincing, it’s built for big block B-body years and chassis. That makes it unrelated to a 5.7 Hemi Challenger long-tube header search, aside from the general idea that Doug’s uses CNC mandrel bending.

Who It’s For

This is for classic Mopar B-body big block restorations that need full length header fitment for 1962-1972 vehicles. If you’re looking at it for Challenger 5.7 Hemi use, I’d pass—different engine family and chassis. This belongs on the classic big block Mopar list, not the modern Hemi long-tube shopping list.

What to Look For Before Buying

For a 5.7 Hemi Challenger, long tube headers only matter if they’re actually made for your car’s chassis and emissions layout. I would start by confirming fitment with year-by-year coverage (not just “5.7 Hemi V8”). After that, I’d focus on the sealing details that determine whether you’ll have leaks after heat cycles—flange thickness, welding quality, and appropriate tube/collector sizing for the RPM band you care about. Finally, gasket choice and install procedure are part of the header system too, so make sure your gasket stack matches the kit and is ready for re-torque after the first heat cycle.

Check Confirm Challenger-specific fitment by year and model family

Don’t treat “5.7 Hemi” as a blanket match. I’d look for wording that actually references the Charger/300C/Challenger family correctly, then verify the exact 5.7L Hemi year range and body style. Pay attention to explicit notes about platforms that are not compatible (like “truck-only” or “new body vs old body” exclusions). If the listing only covers trucks or different engine families, it won’t solve your Challenger long-tube fitment problem.

Value Balance stainless build quality with included install items

304 stainless and mandrel-bent tubing are a strong baseline for durability, especially in a rust- and heat-prone environment. Included gaskets and hardware matter more than people expect because they reduce delays and prevent “missing part” improvisation. If a kit claims TIG-welded joints and CNC-machined sealing faces, that’s a good sign for leak resistance. I also like when the listing supports OEM-like catalytic locations—because that usually means fewer fabrication headaches.

Rating Use rating signals carefully when Amazon data is missing

When ratings aren’t available, I wouldn’t guess based on popularity. Instead, I’d lean on engineering details: flange thickness, weld type, how the compatibility table is written, and how clearly the listing addresses sealing and installation. If you find real photos later, that’s where the confirmation happens—especially when you’re looking for evidence of even flange contact and whether customers mention post-install exhaust leaks.

Verify Plan the sealing stack: headers and gasket selection

Long tube installs live or die at the cylinder head gasket interface. I’d choose multi-layer stainless or steel-reinforced graphite gaskets if you’re aiming for strong heat-cycle behavior. Avoid mixing gasket parts that don’t match your exact engine year/displacement, since that can create seep points even with good hardware. And regardless of the gasket type, recheck fasteners after the first heat cycle so the seal stays tight as the materials relax.

Frequently Asked Questions

Are long tube headers actually worth it for a 5.7 Hemi Challenger, or are manifolds enough?

Long tube headers can improve exhaust scavenging and are often used to unlock more mid-to-high RPM potential compared with stock manifolds or shorty setups. If you mostly want to stop leaks and regain factory-like reliability, manifolds (or shorty replacements) can be the simpler path. For noticeable gains, long tubes work best as part of a bigger combo—appropriate cats, a compatible exhaust setup, and a matching tune. No matter what, gasket quality matters because long tube installs add heat stress at the sealing surfaces.

What causes most leaks after installing long tube headers on a 5.7 Hemi?

Most leaks show up at the head flange area, typically from gasket mismatch, uneven sealing surfaces, or fasteners that weren’t torqued in the right sequence. Heat cycles can also loosen hardware and change how the gasket “crushes,” so seepage can develop after everything has expanded and settled. Using a multi-layer stainless or steel-reinforced graphite gasket helps the sealing stack handle temperature swings better. Re-torque after the first heat cycle and double-check that mating surfaces stay clean.

How important is year-to-year compatibility when shopping for “5.7 Hemi” headers?

It’s critical. Year-to-year changes can affect flange shapes, routing, and where emissions hardware sits, even within the same engine size label. Listings that only say “5.7 Hemi V8” without a Challenger-specific year range often hide differences that cause flange/routing mismatches. You want compatibility tables that explicitly cover the Challenger years and body style you’re buying for. If the listing is vague, verifying with photos of the factory manifolds is one of the safest ways to reduce return risk.

Should gasket-only upgrades be purchased even if the header kit includes gaskets?

Sometimes, yes. Many header kits include gaskets, but the included versions may not be as durable through repeated heat cycles—especially if you’re coming from a situation where old manifolds already had ticking or leaks. Upgraded gaskets can help prevent blowouts or seepage after installation. Common upgrade materials include steel-reinforced graphite or multi-layer stainless. Just make sure the gasket part number matches your engine year and displacement before ordering.

What installation checks prevent clearance issues on long tube header jobs?

Long tubes can interfere with steering components, heat shields, or nearby brackets depending on the chassis. I’d do a dry-fit/test fit before final tightening and check clearance paths—especially on the driver-side area. Use the correct hardware length and start fasteners by hand to reduce cross-threading. After the install, verify clearances again as the drivetrain cools and heats, since metal expansion can change how close parts sit.

🎯 Final Verdict

For a 5.7 Hemi Challenger, the most dependable long-tube match in this list is the 304 stainless, TIG-welded, CNC-machined header set at index 0. The sealing-focused construction notes and the Challenger-specific compatibility coverage are what make it the best fit for a leak-sensitive long-tube plan. If you’re also trying to improve heat-cycle durability at the gasket interface, I would pair it with a gasket upgrade like the BBK 1413 at index 7. Confirm your exact Challenger year against the header’s compatibility table, then order the header kit and gasket together and plan to re-torque after the first heat cycle.