ARBA 1:48 TA152 Tail Fin / Rudder Conversion

The ARBA 1:48 Ta 152 Tail Fin / Rudder Conversion is an aftermarket detail set designed to correct or upgrade the vertical tail surfaces on Focke-Wulf Ta 152 model kits in 1:48 scale. As part of the Legacy Collection, this item is in perfect condition and suitable for collectors and experienced aircraft modellers looking for improved accuracy or kit refinement.

About the Ta 152 Tail Conversion

The Focke-Wulf Ta 152 was one of Germany’s most advanced WWII fighter developments, featuring extended wings and high-altitude performance enhancements. The tail unit played an important role in stability at higher speeds and altitudes, and is a key visual feature of the aircraft’s distinctive silhouette.

This conversion set focuses specifically on refining the fin and rudder profile, helping modellers achieve a more accurate representation of the aircraft’s rear fuselage geometry.

What This Conversion Provides

✔ Corrected or refined vertical tail fin shape
✔ Improved rudder profile accuracy
✔ Designed for 1:48 scale Ta 152 kits
✔ Aftermarket upgrade for better fidelity
✔ Suitable for resin or kit modification work
✔ Clean, display-quality surface detail

Skill Level

Advanced

This conversion is best suited for:

• experienced aircraft modellers,

• aftermarket conversion users,

• and accuracy-focused builders.

Some sanding, fitting, and alignment work may be required depending on the base kit used.

Recommended Use

✔ Focke-Wulf Ta 152 builds (1:48 scale)
✔ Accuracy correction projects
✔ High-detail Luftwaffe WWII aircraft displays
✔ Advanced conversion modelling work
✔ Museum-quality display builds

Perfect For

• WWII Luftwaffe aircraft enthusiasts

• Advanced aircraft modellers

• Accuracy-focused collectors

• Conversion and upgrade specialists

• High-detail display builds

A Subtle but Important Accuracy Upgrade

The ARBA Ta 152 Tail Fin / Rudder Conversion provides a refined improvement to one of the aircraft’s most distinctive structural features, helping modellers achieve a more accurate and visually correct final build.