Add period-correct performance flair to your Model A build with this 1/25 scale Alexandra dual carb intake and “Flamethrower” exhaust manifold upgrade kit.
This set captures the look of a classic early speed equipment upgrade, perfect for traditional hot rods, and competition-inspired projects.
The kit includes:
Alexandra-style dual carb intake manifold
Two Holley 97 style carburetors
Separate tall velocity stacks
“Flamethrower” style exhaust header
Designed with crisp casting detail and scale-accurate proportions, this upgrade delivers a noticeable visual punch while maintaining a true early hot rod appearance.
Compatible with:
VCG Resins Stock Ford Model A 4-Cylinder Engine
VCG Resins Miller OHV Model A Performance Engine
This kit is designed specifically to upgrade either of our Model A engine offerings, allowing you to tailor the look and performance style of your build.
3D printed in high-resolution resin. Supplied unpainted. Minor cleanup may be required.
3D design from the Scale Speed Garage Collection
Add period-correct performance flair to your Model A build with this 1/25 scale Alexandra dual carb intake and “Flamethrower” exhaust manifold upgrade kit.
This set captures the look of a classic early speed equipment upgrade, perfect for traditional hot rods, and competition-inspired projects.
The kit includes:
Alexandra-style dual carb intake manifold
Two Holley 97 style carburetors
Separate tall velocity stacks
“Flamethrower” style exhaust header
Designed with crisp casting detail and scale-accurate proportions, this upgrade delivers a noticeable visual punch while maintaining a true early hot rod appearance.
Compatible with:
VCG Resins Stock Ford Model A 4-Cylinder Engine
VCG Resins Miller OHV Model A Performance Engine
This kit is designed specifically to upgrade either of our Model A engine offerings, allowing you to tailor the look and performance style of your build.
3D printed in high-resolution resin. Supplied unpainted. Minor cleanup may be required.
3D design from the Scale Speed Garage Collection
