10 Long Tube Headers For 5.7 Hemi: Deep-breathing Flow For Real Power 2026

⚡ Quick Verdict

📋 How We Evaluated

Each product gets judged on build quality and sealing potential, including flange thickness, weld strategy, and gasket inclusion. Performance value gets assessed based on tube size claims and long-tube flow intent, while Amazon-style rating signals are treated as unavailable for all entries here. Suitability focuses on whether the listing actually matches the 5.7 Hemi vehicle or instead targets swaps, other platforms, or different body styles.

Primary Tube Diameter	1-5/8 in.
Collector Diameter	2-1/2 in.
Material	Polished 304 stainless steel
Flange & Tube Notes	3/8 in. head flanges, 16-gauge tubing

What We Found

Aborvito’s “Exhaust Headers” are actually shorty headers, not long tubes, but they’re aimed at the 2009–2023 Ram 1500 5.7L HEMI market. The kit uses polished 304 stainless with 1-5/8-inch primary tubes and 2-1/2-inch collectors, plus laser-cut flanges and TIG-welded joints meant to sit evenly against the cylinder head surface when installed correctly. The listing also acknowledges the kind of tight access you run into during installation, especially around the driver side and lower bolts. It includes gaskets and hardware to reduce the “missing parts” headache, and it repeatedly stresses test fitting and rechecking for leaks—something I’d take seriously for any flange-sealing setup.

Who It’s For

I’d shortlist this for Ram owners who want a stainless replacement that’s focused on reliability and sealing consistency rather than chasing long-tube peak gains. It makes the most sense for daily drivers who want a more predictable install path and don’t want to gamble on a heavy fabrication job. If you’re working in a cramped engine bay, you should expect that alignment and sealing checks will matter. Just be aware: this is a shorty design, so performance expectations should match that reality.

Primary Tube Diameter	1-5/8 in.
Collector Diameter	2-1/2 in.
Material	304 stainless steel
Flange Construction	CNC laser-cut 5/16 in. flanges

What We Found

This long-tube header listing targets a completely different truck platform: 1988–1998 OBS Chevy/GMC K1500 and K2500 4WD with small block 5.0L and 5.7L engines. It uses 304 stainless with 1-5/8-inch primaries and 2-1/2-inch collectors, built around 16-gauge mandrel-bent tubing. The flange claims are specific—CNC laser-cut flanges (listed as 5/16-inch) flattened for sealing, along with TIG-welded joints and a polished finish for corrosion resistance. There are also fitment cautions that look more like “OBS packaging” concerns (clearance and bracket routing) than anything Chrysler 5.7 Hemi–specific. In other words, the engineering may be solid, but the application isn’t your Ram.

Who It’s For

This is for OBS GM owners who want a long-tube exhaust upgrade that matches the 88–98 chassis constraints. If you’re chasing mid-to-high RPM improvements and better throttle response on that GM platform, it’s worth reading. If your goal is a modern Chrysler 5.7 Hemi Ram build, I would skip it—this listing’s application is not the same, even though it mentions 5.7L.

Application Years	2009–2018 Ram 1500; 2019–2024 Ram 1500 Classic old body style
Material	Polished 304 stainless steel
Design Goal	Direct bolt-on manifold replacement
Includes	Steel-clad fiber manifold gaskets and hardware

What We Found

This shorty header listing is built specifically around Ram 1500 5.7 Hemi fitment. It calls out 2009–2018 Ram 1500 and 2019–2024 Ram 1500 Classic “old body style,” and it explicitly states it’s not for the 2019+ new body Ram 1500 models. That distinction matters because it’s one of the most common sources of wrong-part orders. The kit’s key claim is true direct bolt-on design replacing factory cast exhaust manifolds without cutting or fabrication, and it also mentions connecting to the OEM catalytic converter location to keep the stock emissions setup. Construction details include polished 304 stainless, thick laser-cut flanges, mandrel-bent tubing, and included sealing parts (steel-clad fiber manifold gaskets and installation hardware) meant to support a proper seal from day one.

Who It’s For

This is for Ram owners who are dealing with the usual factory manifold problems—cracking, ticking, or leaks—and want a straightforward replacement that preserves the emissions layout. I’d also point DIY installers toward it because direct bolt-on design reduces the amount of guessing and custom work needed. Just keep expectations realistic: this is a sealing-and-replacement-focused shorty, not a long-tube scavenging upgrade.

Tube Style	Mandrel bent stainless
Collector Feature	Patented JBA Firecone collector
Flange Thickness	3/8 in. CNC laser-cut flanges
Ports	Oversized exhaust ports

What We Found

JBA’s 1961S-1 shorty stainless header is designed around durability details for the Ram 5.7 Hemi. The kit uses mandrel-bent stainless tubing and highlights a patented JBA Firecone collector, which is intended to improve exhaust signal and scavenging compared with simpler collector designs. It also emphasizes extra-thick collector shaping and 3/8-inch thick CNC laser-cut flanges with oversized exhaust ports to improve leak resistance and structural stiffness. The listing notes factory style emission connections, which is useful if you’re trying to preserve OEM routing and sensor placement. Even though it’s shorty (not long tube), the collector-and-flange focus is clearly aimed at reducing long-term ticking and gasket fatigue.

Who It’s For

I’d look at this when you want more than a basic replacement quality level—especially if you care about collector design and flange thickness. It fits daily drivers that want better exhaust character and improved durability where stock manifolds tend to fail. If your priority is maximum “long tube” performance, I would still treat this as the wrong configuration and move on.

Primary Tube Size	1-3/4 in.
Collector Size	3 in. merge collectors
Gasket Type	MLS gaskets included
Coating	Black aluminized thermal barrier

What We Found

This listing is aimed at LS swap long-tube headers for older Chevy/GMC trucks, and it explicitly excludes OBS/GMT400 applications. It includes MLS gaskets and header bolts, which can help sealing compared to basic fiber gasket setups. The header design is described with 1-3/4-inch primary tubes and 3-inch merge collectors, targeting stronger scavenging and torque across the powerband—claims that make more sense for LS swap builds. It also includes thick-wall steel tubing, CNC-machined 3/8-inch flanges, and TIG-welded joints intended to reduce warping and leakage risk. A black aluminized thermal barrier coating is included for heat management and corrosion resistance. The problem is simple: it’s not a direct 5.7 Hemi Ram fitment offering.

Who It’s For

This is for LS swap builders working on 1973–1987 C/K trucks and certain square-body models—not Ram 5.7 Hemi owners. The thermal coating and included sealing components will appeal to people trying to keep the engine bay cleaner and reduce under-hood heat, but for a modern Chrysler 5.7 Hemi long-tube search, it doesn’t match the target platform.

Material	Not listed
Primary Tube Size	Not listed
Collector Size	Not listed
Gaskets/Hardware	Not listed

What We Found

This “LS Swap Long Tube Headers C10 for 60-98 Chevy GMC Silverado Sierra” listing reads like a placeholder. It’s described as long-tube headers for an LS swap, but it doesn’t provide the kind of technical details you need to evaluate anything meaningful—no tube diameter, flange thickness, material specifics, collector type, or sealing hardware details. With no specs, there’s no way to verify exhaust flow design, durability expectations, or even what installation effort would look like. For anyone trying to find the best long tube headers for 5.7 Hemi, there’s simply no evidence here that supports fitment or performance quality.

Who It’s For

Only LS swap C10 builders who can confirm compatibility somewhere else would even consider it. For 5.7 Hemi owners, this listing can’t be trusted for fitment because it never provides 5.7 Hemi–specific Chrysler details. Value also can’t be judged without materials and dimensions.

Material	304 stainless steel
Flange Machining	CNC-machined flanges
Weld Method	TIG-welded joints
Fitment Note	Designed for 2WD square body; does not fit OBS body style

What We Found

These Certified Automotive Experts long tube headers are described for LS swaps and square-body 2WD truck applications, and the listing explicitly excludes OBS body style. It highlights 304 stainless construction, CNC-machined flanges, and TIG-welded joints—details that generally point toward durable, corrosion-resistant build quality. It also mentions mandrel-bent tubes for airflow, and the vehicle coverage focuses on 2WD C10/C20/C30 trucks and select 88+ square-body models. Despite the engineering language, the fitment scope is still GM LS swap–centered, not Chrysler 5.7 Hemi Ram. Without any Chrysler 5.7 Hemi flange geometry or emissions routing compatibility details, I wouldn’t treat this as a match for the intended market.

Who It’s For

This is for builders doing LS swaps in compatible 2WD square-body or older C-series trucks. If you’re in that GM swap lane, the stainless and flange precision focus can help reduce long-term leakage risk. But for a 5.7 Hemi Ram need, I would skip it—the listing scope doesn’t include the OBS body style and doesn’t describe how it would place correctly on a Ram 5.7 Hemi.

Material	16-gauge mild steel
Tube Style	Fully mandrel bent
Flange Thickness	5/16 in. laser-cut steel plates
Coating	Hi-temp black paint rated to 500C

What We Found

This mild-steel black-painted header listing covers 1966–1987 C10/K10 and related models with small block V8 applications. It uses fully mandrel-bent 16-gauge cold roll flash mild steel with TIG-welded joints aimed at crack resistance. The flanges are laser-cut from 5/16-inch steel plates and flattened for sealing, and the listing claims high-temp paint coverage up to 500C, which is intended to slow corrosion compared with bare steel. It does mention mid-to-high RPM power gains through a full-length pipe layout. But it’s clearly a vintage small block truck header, not a long-tube solution for a 5.7 Hemi Ram—different chassis geometry and emissions expectations mean this doesn’t map to the target use case.

Who It’s For

Best suited to classic C10/K10 owners restoring or upgrading a period-correct V8 exhaust. If you’re on a budget and prefer mild-steel performance gains over stainless longevity, it fits that classic-truck approach. For modern Chrysler 5.7 Hemi Ram buyers, it’s the wrong platform.

Primary Tube Size	1-7/8 in.
Outlet Size	3 in.
Engine Compatibility	LS series only
Drive Requirement	Not for 4WD

What We Found

This TMORACSIDSP entry is another LS swap–oriented C10 long tube header listing. It claims 1-7/8-inch primary tubes with a 3-inch outlet, and it targets LS-series engines (including LS1/LS2/LS3/LS6 and related displacements like 6.0 and 6.2). The listing also restricts fitment by excluding 4WD and stating it’s for LS swaps only—it does not work on standard SBC or BBC applications. It broadens the vehicle references into various swap contexts (with mentions like Chevy II/Nova and Chevelle), but it still provides no Chrysler fitment details. For 5.7 Hemi buyers, it offers nothing that helps confirm compatibility, and the exclusions make it a poor fit for the Ram use case.

Who It’s For

This is for LS swap builders who need a long-tube setup for specific C10 configurations and want LS-only engine compatibility. It suits projects chasing scavenging improvements with larger primaries. If you’re in a 4WD environment, you’d want to avoid it due to the explicit non-fitment statement. For 5.7 Hemi Ram owners, it isn’t viable.

Material	Premium graphite
Fitment	Dodge Hemi 5.7L and 6.1L
Design	Port matched for optimum flow
Package	Sold as a pair

What We Found

BBK’s product is a header gaskets set for Dodge Hemi 5.7L and 6.1L—not a long tube header kit. It uses graphite material described as premium and intended to create a leak-free seal under higher temperature conditions. The listing also positions BBK as performance-focused and notes port matching for optimum flow in the context of exhaust headers. Since this is sold as a pair, it targets a common failure point that can show up even when headers are installed correctly: gasket burnout and sealing problems after heat cycles. Because it doesn’t include the header tubes, collectors, or flange geometry needed for a long-tube swap decision, it can’t be evaluated as a header performance upgrade. It can, however, support an installation that’s already built around compatible headers.

Who It’s For

I’d treat this as a good accessory for owners who are replacing worn gaskets during header installation or manifold replacement on a Dodge Hemi 5.7L. It fits buyers who already selected the correct headers and want an extra sealing-focused step. It’s also useful for shops that standardize leak prevention without switching to MLS components. If your goal is selecting the best long tube headers for a 5.7 Hemi, this is best considered part of the install—not the header choice itself.

What to Look For Before Buying

Long tube headers for a 5.7 Hemi only make sense when the listing matches the exact Ram generation, body style, and emissions setup. My priority is always flange quality and sealing hardware—plus whether the listing calls it a true direct bolt-on or quietly assumes you’ll do major fabrication. Stainless construction and mandrel-bent tubing help support durability and flow consistency, but fitment is what determines whether you get those benefits or end up dealing with leaks. After that, I would verify tube sizing and collector design against how you drive, and then plan the install around catalytic converter and O2 sensor routing so you don’t get surprised later.

Check Match the Ram generation and body style

Match the Ram generation and body style first. A lot of listings separate “Classic” old body style from the newer body style—so confirm the year range, 2WD vs 4WD, and the exact engine designation before you order. I would look for explicit statements like “does not fit 2019+ new body.” If the fitment is vague or missing, expect wasted install time and the possibility of expensive returns.

Value Balance stainless build with the expected power gains

Balance stainless build quality with the power gains you’re actually expecting. Long tubes can improve mid-to-high RPM performance, but they only deliver if the kit fits correctly and seals well. Shorty headers may not give the same peak scavenging effect, but they often reduce complexity for real-world installs. Compare tube diameter and collector size claims to your driving goal, and prefer kits that include gaskets and hardware so you’re not buying the “missing pieces” after the fact.

Rating Treat missing ratings as a decision limit

Treat missing ratings as a reason to get more specific with the specs. When you don’t have customer feedback, you have to lean on details like flange thickness, TIG-welded joint design, and mandrel-bent tube construction. Confirm whether gaskets are included, and whether the gasket material makes sense for the exhaust heat environment. I would also pay attention to installation notes about access—if the listing admits you’ll fight clearance, plan for careful alignment and sealing checks. Clear fitment notes are a big plus.

Verify Plan for sealing and emissions integration

Plan sealing and emissions integration before you tighten anything down. Leaks usually start at the flange surface and gasket choice, so verify that the design retains the OEM catalytic converter location and keeps emissions routing intact. After install, expect at least a retorque or heat-cycle check to reduce ticking—especially in tight bolt-access areas. If steering clearance, heat shields, or sensor placement is mentioned (or looks likely to be tight), I would consider a professional test fitting before fully committing.

Frequently Asked Questions

Are long tube headers the best choice for a 5.7 Hemi Ram, or do shorty headers make more sense?

Long tubes can improve scavenging and mid-to-high RPM power, but they usually add fitment complexity and can be harder to seal perfectly on a tight platform. Shorty headers often act more like a direct manifold replacement, which can reduce installation friction and help minimize leaks and downtime for daily driving. For many 5.7 Hemi Ram owners, sealing reliability and correct fitment end up mattering more than chasing peak gains—so the “best” choice depends on whether you need fabrication or whether you require a direct bolt-on match.

How can compatibility mistakes happen when shopping for 5.7 Hemi headers online?

Online compatibility mistakes usually come from year range confusion and body style changes. Some kits fit “2019–2024 Classic old body style,” while others explicitly exclude “2019+ new body.” Drivetrain and packaging details also matter—2WD vs 4WD can affect steering clearance and exhaust routing. Always verify year, 2WD/4WD, and emissions setup language before ordering.

What causes exhaust leaks after header installation on a 5.7 Hemi?

Most exhaust leaks after header installation come down to flange surface mismatch, gasket burnout, or uneven seating caused by hard-to-reach bolt locations. Tight access areas can create uneven clamping force, which then shows up as ticking. Also, heat cycles can relax fasteners quickly, so retorque after installation matters. Using the correct gasket material and tightening in an even pattern helps reduce leaks and smell complaints.

Do stainless headers eliminate the need for maintenance?

Stainless headers improve corrosion resistance, but they don’t remove the need for maintenance. Gaskets still wear out with heat cycling, and bolts can loosen over time. You should still periodically check for ticking sounds, soot trails, and fastener condition. Stainless helps longevity, but proper installation and retorque schedules remain essential.

Can header gaskets alone fix ticking on a 5.7 Hemi?

Sometimes ticking is caused by a gasket alone, especially if the flange surfaces and mating areas are still true. If that’s the case, new gaskets can restore the seal and stop the leak. But if the factory manifolds are cracked, the flanges are warped, or the wrong parts were used, you’ll get persistent leaks even after a gasket swap. The fastest path to a permanent fix is diagnosing the leak source with a careful inspection.

🎯 Final Verdict

In this list, the best long tube headers for 5.7 Hemi buyers aren’t actually represented by a true long-tube Ram kit. The closest “best match” for a 5.7 Hemi sealing-and-compatibility goal is the Ram 1500 5.7 Hemi direct replacement header package at index 2. Its true direct bolt-on intent targets the real-world issues these trucks see—crack-prone manifolds, ticking, and sealing failures—while aiming to retain the OEM catalytic converter location. If you want the best second option for durability (still shorty, not long-tube), I’d shortlist index 3 for its collector and thick flange emphasis. Either way: confirm generation fitment first, then plan a careful retorque after heat cycles.