Gotha Go 244B, Cowlings, Propeller and Engines Detailing set (3D-Printed) Scale 1:72 (Recommended for kit: Italeri) Metallic Details MDR72102 - For Model Kit Aircraft

Metallic Details MDR72102 is a 3D-printed upgrade set for the Gotha Go 244B in 1/72, covering the front-end group: cowlings, engines, and a propeller set. The practical goal is consistent symmetry across both nacelles, with cleaner edges and more defined engine faces than simplified kit parts.

Designed for the Italeri 1/72 Gotha Go 244B kit. The aircraft kit is not included.

This type of set is most useful when you want the nose and nacelle area to read “mechanical” rather than flat. Keeping the cowling openings, engine alignment, and propeller spacing consistent from left to right is usually the key to the finished look.

For modelers: test-fit the cowlings on both sides first and compare them as a pair before glue. When you add the engines, use a simple depth stop (a marked toothpick or spacer) so both engines sit at the same distance. Dry-fit the propellers last and check blade pitch by viewing the model from the front against a straight reference line.

• Subject: Gotha Go 244B
• Variant / Family: Gotha Go 244B
• Scale: 1/72 (also written as 1:72)
• Product type: 3D Printed Set
• Type of equipment: Aircraft
• Recommended kit: for Italeri
• Service / Subject country: Germany
• Manufacturer: Metallic Details
• Country of manufacture: Ukraine
• Material: Resin parts (3D-Printed)
• SKU: MDR72102

This item is part of Metallic Details and belongs to Aftermarket. Related categories include Cowlings, Engines, and Propeller sets and Rotors. For matching projects, browse 1/72 aircraft model kits.

FAQ

Is this set intended only for the Italeri 1/72 kit?

Yes. It is specified for Italeri. Other 1/72 kits may differ in nacelle dimensions and mounting geometry, so adaptation requires careful test-fitting.

What is a practical assembly order for these parts?

Fit-check and clean the cowlings first, then position the engines to a consistent depth, and dry-fit the propellers last to confirm clearance and alignment.

How can I keep both propellers aligned consistently?

Use a simple visual jig: mark a reference line on a card or ruler, then view the model from the front and compare blade pitch and spacing side-by-side before final attachment.