Best Intake Manifold For 383 Stroker: SBC Options Compared

#1 · Best Overall

1. MYLSAUTO 2701

• Weight: 13.97 lb
• Package Dimensions: 21 x 11 x 7 in

Best for: Stock-height SBC street builds.

Why it ranks #1: Explicitly lists Chevy small-block 383 compatibility, dual-plane design, idle-to-5,500 RPM operation, and a 4.270-inch manifold height.

A 4.270-inch manifold height gives the MYLSAUTO 2701 a concrete packaging dimension for small-block Chevy builds, while its dual-plane design is specified from idle to 5,500 RPM. The listing includes 383 compatibility within the 262–400 SBC family, but expressly warns that it will not fit under a stock Corvette hood.

The listed 1955–1986 Gen I SBC compatibility covers 383 applications alongside 305, 327, and 350 engines, helping identify the intended engine generation. Its aluminum dual-plane configuration and idle-to-5,500 RPM range provide a defined operating envelope for choosing a carbureted manifold. The 4.270-inch height is useful for checking available space, especially because the product specifically excludes clearance under a stock Corvette hood. The listing also identifies a complete carburetor mounting section.

Skip it if you need operation through 6,500 RPM; the SHLPDFM manifold lists an idle-to-6,500 RPM range.

This fits a buyer seeking a 2701-style dual-plane manifold for a listed 1955–1986 SBC 383, with a stated 5,500 RPM ceiling. The stock Corvette hood warning makes clearance a decisive boundary.

Listed on Amazon as: 2701 Intake Manifold Aluminum Dual Plane SBC Compatible with Chevy Small Block 305 327 350 262-400 V8 Engine 1955-1986 5500 RPM Range Silver

#2 · Best Idle-to-5,500 RPM Fit

2. Enocos 2701

• Weight: 14.22 lb
• Package Dimensions: 21.25 x 10.75 x 5 in

Best for: Earlier SBC 383 replacement.

Why it ranks #2: Lists Chevy 383 compatibility, aluminum construction, dual-plane design, and an idle-to-5,500 RPM operating range for 1955–1986 engines.

A stated idle-to-5,500 RPM range anchors the Enocos 2701 as an earlier-generation dual-plane option for Chevy Small Block 383 engines. Its aluminum construction and 4.270-inch height provide two useful selection details for buyers comparing engine compatibility and available under-hood space.

The listing identifies 1955–1986 Chevy SBC 262–400 engines, including the 383, as the intended family and calls the manifold a direct replacement. That generation-specific coverage helps separate it from later SBC applications. The dual-plane layout uses two smaller plenums receiving air from a carburetor or throttle body, a feature described as increasing airflow velocity through the booster and making engine response more direct. The 4.270-inch height and idle-to-5,500 RPM range add packaging and operating boundaries.

Skip it if you want a listed range through 6,500 RPM; the OXYSTAR 7501 2026 specifies 1,500–6,500 RPM.

This suits an earlier SBC 383 owner looking for a direct-replacement 2701 with a defined height and idle-to-5,500 RPM range. Its stated 1955–1986 engine coverage is the key boundary for choosing it.

Listed on Amazon as: 2701 Engine Dual Plane Intake Manifold Compatible with 1955-1986 Chevy 305 327 350 383 Small Block V8 – Idle – 5500 RPM Range

#3 · Best Detailed Replacement Listing

3. DICMIC 2701

• Weight: 14.92 lb

Best for: Earlier SBC response-focused intake.

Why it ranks #3: Specifies Chevy 305, 327, 350, and 383 fitment for 1955–1986, plus a dual-plane layout and idle-to-5,500 RPM range.

A dual-plane layout with two smaller plenums is the DICMIC 2701’s defining feature, described as increasing airflow velocity through the booster for more responsive engine behavior. Its listed compatibility includes 1955–1986 Chevy Small Block 383 V8 engines and a stated idle-to-5,500 RPM range.

The 2701 is listed as a direct replacement for 1955–1986 Chevy SBC 262–400 engines, including the 383, which sets a clear engine-family boundary. The dual-plane design’s smaller plenums are described as receiving air from a carburetor or throttle body and increasing velocity through the booster, connecting the layout to the claimed response benefit. Aluminum construction and an idle-to-5,500 RPM range complete the principal selection details. The listing also says it is calibrated to OEM specifications and tested for impact, wear, and fatigue.

Skip it if you need a listed operating range through 6,500 RPM; the Flynsu 7186 specifies that upper limit for Chrysler B-block engines.

This suits an earlier Chevy SBC 383 builder who values the stated dual-plane response rationale and OEM-calibrated replacement specification. Its listed 5,500 RPM ceiling and 1955–1986 application range are important selection limits.

Listed on Amazon as: DICMIC 2701 Engine Dual Plane Intake Manifold Compatible with 1955-1986 Chevy 305 327 350 383 Small Block V8 Engine

#4 · Best Higher-RPM Range

4. SHLPDFM Dual Plane

• Weight: 15.42 lb
• Package Dimensions: 21.5 x 11.9 x 5.2 in

Best for: Later SBC 383 RPM range.

Why it ranks #4: Lists 350, 383, and 327 SBC compatibility with an idle-to-6,500 RPM range, though its stated 1997-up application needs careful verification.

An idle-to-6,500 RPM operating range is the SHLPDFM manifold’s clearest distinction for the listed 1997-up Small Block Chevy 383, 350, and 327 applications. Its high-flow runner design is described as supporting power across that span, while cast aluminum construction and pressure testing address material and leak-check details.

The stated 1997-up SBC compatibility makes this a different fitment proposition from manifolds listed for earlier small-block generations, so engine-year verification matters. Its dual-plane layout and high-flow runners are paired with an idle-to-6,500 RPM range, giving buyers a broad stated operating window rather than a narrower ceiling. The cast-aluminum body is described as durable and resistant to deformation, and the manifold is pressure-tested for leaks. Its listed height is 4.500 inches for packaging checks.

Skip it if you have a 1955–1986 SBC 383; the DICMIC 2701 lists compatibility with that engine range.

This suits a buyer with a listed 1997-up SBC 383 who wants the stated idle-to-6,500 RPM span and pressure-tested casting. The 4.500-inch height and later-generation fitment should guide clearance and application checks.

Listed on Amazon as: 1 PC SHLPDFM Dual Plane Intake Manifold Cast Satin Finish Aluminum Intake Manifold Compatible with 350 383 327 1997-up Small Block Chevy SBC Idle-6500 RPM Manifold

#5

5. Woosphy 2701

• Weight: 14.57 lb
• Package Dimensions: 21.3 x 10.8 x 5 in

Best for: Simple SBC 2701 replacement.

Why it ranks #5: Its listing identifies 2701 replacement fitment for Chevy small-block engines from 1955–1986, but provides fewer 383-specific details and no RPM range.

A 2701 reference number and 1955–1986 Chevy Small Block compatibility define the Woosphy manifold’s main use case for listed 305, 350, and 383 applications. The product information stays concise, making generation and part-number matching the primary ways to assess whether it belongs in a particular build.

Woosphy lists the manifold as a replacement for Chevy Small Block engines from 1955–1986 and repeatedly identifies 2701 as the reference OEM number. That gives buyers two concrete checks for an earlier SBC 383 application: engine family and replacement number. The supplied specifications also give package dimensions and a 14.57-pound item weight, useful for handling and shipment planning. No RPM range, manifold height, carburetor type, or intake style is supplied, limiting performance and clearance comparisons.

Skip it if you need a stated idle-to-6,500 RPM range; the SHLPDFM dual-plane manifold lists that operating span.

This suits a buyer seeking a plainly identified 2701 replacement for a listed earlier SBC 383. Its sparse specifications make it less informative for comparing operating range, intake style, or clearance than a listing with those details.

Listed on Amazon as: 2701 Intake Manifold Replacement for Chevy Small Block 305 350 383 1955-86

#6

6. NEWZQ 2701

• Weight: 14.07 lb

Best for: Basic 2701 replacement choice.

Why it ranks #6: Lists a 2701 aluminum replacement for Chevy small-block engines from 1955–1986, including 383 in the title, but gives no operating range.

The NEWZQ manifold identifies itself as a 2701 OE replacement for Chevy Small Block engines from 1955–1986, including the listed 350 and 383 applications. That direct replacement positioning gives buyers a straightforward part-number and generation reference, with aluminum construction and a natural finish specified.

The 2701 reference and 1955–1986 SBC coverage provide the main basis for checking whether this manifold belongs in an earlier Chevy small-block 383 build. Aluminum material and a natural finish are stated, along with a package containing one intake manifold. Unlike more detailed listings, the supplied information gives no operating RPM range, manifold height, carburetor interface, or dual-plane designation. Buyers therefore have fewer published specifications for matching airflow needs or checking engine-bay clearance.

Skip it if you need a stated idle-to-5,500 RPM range; the Enocos 2701 provides that operating specification.

This is for a buyer prioritizing a basic 2701 replacement listing for a 1955–1986 SBC 383. With no stated RPM range or manifold height, it offers less published guidance for performance planning and clearance checks.

Listed on Amazon as: Intake Manifold Replacement for Chevy Small Block 305 350 383 1955-1986

#7

7. Haytalras 7501

• Weight: 17 lb

Best for: Air-gap SBC carburetor upgrade.

Why it ranks #7: Covers Chevy small-block 262–400 engines and describes dual bolt patterns for straight and angle-bolt heads, but does not specifically list 383.

A dual-plane air-gap layout is the defining feature of Haytalras’s 7501 52026, enabling a carbureted Small Block Chevy setup across a broad 262–400 V8 family. Its 4150 square-bore compatibility makes the carburetor interface explicit, while supplied adapter bushings support the listed dual bolt-pattern arrangement.

The Gen I SBC fitment covers engines from 262 through 400 cubic inches, including 350 applications, and the stated 1957–1995 engine range gives buyers a useful starting point for older builds. Supplied bushings address the dual bolt pattern, with direct-fit claims for straight-bolt heads from 1955–1986 and OEM angle-bolt cast-iron heads from 1987–1995. The listed 4150 square-bore carburetor compatibility narrows the intended induction setup; this is not a general-purpose manifold for other engine families.

Skip it if you need a Chrysler 383 manifold; the Flynsu 7186 is listed for Chrysler 361, 383, and 400 Big Block engines.

This suits a carbureted Gen I SBC owner choosing a dual-plane air-gap manifold for a listed 262–400 engine. Check the head-bolt style and 4150 square-bore carburetor requirement against the build before selecting it.

Listed on Amazon as: 7501 52026 Dual Plane Air-Gap Intake Manifold for SBC 350

#8

8. OXYSTAR 7501

• Weight: 19.61 lb
• Package Dimensions: 21.2 x 11.6 x 7.6 in

Best for: Broad-range SBC street performance.

Why it ranks #8: Lists Chevy small-block 262–400 compatibility and a 1,500–6,500 RPM range, but omits 383 from its stated engine list.

The OXYSTAR 7501 2026 lists a 1,500–6,500 RPM operating range for Chevy Small Block engines, including the 383, giving buyers a defined span for street-oriented use. Its dual-plane air-gap construction and broad engine-family coverage make it a candidate for builds where the stated RPM band matters.

Compatibility covers the listed SBC 262–400 V8 family, including 383, while the stated 1955–1986 range identifies the intended era. The 1,500–6,500 RPM band is presented as supporting responsive throttle feel, stable cruising, and mid-to-high RPM performance, so buyers can compare their intended operating range with the product’s claim. Aluminum air-gap dual-plane construction identifies the manifold style. The listing also cites precision machining and easy installation as features, though it does not provide a manifold height.

Skip it if you need a stated 4.270-inch height; the MYLSAUTO 2701 provides that dimension for packaging checks.

This suits a 1955–1986 SBC 383 builder choosing an air-gap dual-plane manifold for the listed 1,500–6,500 RPM range. Since no height is supplied, treat engine-bay clearance as an unresolved fitment detail.

Listed on Amazon as: 2026 7501 Intake Manifold Aluminum Performance Dual Plane Air-Gap Compatible with Chevy Small Block SBC 1955-86 262 265 267 283 302 305 307 327 350 400 V8 Engine, Silver

#9

9. Flynsu 7186

• Weight: 19.09 lb
• Package Dimensions: 19.5 x 14.5 x 7.8 in

Best for: Chrysler B-block 383 builds.

Why it ranks #9: Specifically fits Chrysler 361, 383, and 400 CID big-block engines with a 1,500–6,500 RPM range, not the common Chevy small-block 383 stroker application.

A stated 1,500–6,500 RPM operating range sets the Flynsu 7186 apart for Chrysler 383 owners seeking a dual-plane intake with coverage from low-end torque through higher engine speeds. It is specifically listed for Chrysler 361, 383, and 400 CID Big Block B engines, rather than Chevy 383 builds.

The dual-plane layout is described as delivering low-end torque and high-RPM power across its 1,500–6,500 RPM range, making that operating band the central selection point for a Chrysler B-block build. Its listed replacement applications include several Dodge and Chrysler vehicles with 6.6L V8 engines, which helps buyers cross-check the intended engine family. Head compatibility is a critical boundary: the listing explicitly excludes 1962–1964 Max Wedge heads, so those combinations are outside its stated fitment.

Skip it if you need a Small Block Chevy 383 intake; the Enocos 2701 is listed for Chevy SBC engines from 1955–1986.

This is the relevant choice for a Chrysler B-engine 383 project seeking the stated dual-plane RPM span. Confirm the engine family and head type carefully; it is not a Chevy small-block manifold and excludes the specified Max Wedge heads.

Listed on Amazon as: 7186 Dual Plane Intake Manifold fits Chrysler 361 383 400 Big Block

#10

10. Edelbrock 75013

• Weight: 19.5 lb

Best for: Air-gap 4150-flange performance.

Why it ranks #10: The supplied description discusses LT1 and LT4 applications but does not establish fitment for a 383 stroker, making it the least supported match.

A 4150-style flange pairs with the Edelbrock 75013’s dual-plane RPM Air-Gap layout, giving carbureted buyers a clear interface and stated 1,500–6,500 RPM range. Its listing also specifies a black powder-coated finish and non-EGR configuration, details that shape setup and emissions-equipment considerations.

The dual-plane air-gap design and 1,500–6,500 RPM specification provide the central operating and construction details for evaluating this manifold. A 4150-style flange identifies its carburetor interface, while the stated front, center, and rear heights—4.2, 4.72, and 5.25 inches—give useful dimensions for planning clearance across the manifold. The non-EGR specification is a significant configuration boundary for builds that require EGR equipment. The listed additional description discusses LT1 and LT4 owners, so verify application carefully for an SBC 383.

Skip it if you need a manifold explicitly listed for 1955–1986 SBC 383 engines; the DICMIC 2701 states that application.

This suits a buyer whose build matches the manifold’s 4150 flange, non-EGR configuration, and 1,500–6,500 RPM range. The supplied description also references LT1 and LT4 owners, so verify the specific 383 application before choosing it.

Listed on Amazon as: Edelbrock 75013 RPM Air-Gap Intake Manifold