Messerschmitt
Me 410 A-1 Preview

Meng Model, 1/48 scale

HyperScale is proudly supported by Squadron
 

We have just received this Press Release from Meng Model:

Warning! High Speed Bombers Are Coming!

After releasing the characteristic Me 410B-2/U4 "cannon-bird" kit, MENG now announces a classic variant of Me 410, the Me 410A-1 high speed bomber kit. With Dr. Messerschmitt’s unremitting efforts and two years of modification, the twin-engine fighter Me 210 which had been deemed hopeless by the Luftwaffe was finally evaluated as “good for war” during its test flight in 1942.

The latest variant received a new designation: Me 410.

The Luftwaffe found out in combat tests that the speed of Me 410 was only a little lower than that of the latest variant of the British fighter Spitfire. Me410 was also good in flight stability. During high speed bombing missions, Me 410A-1 was one of the few bombers which could still effectively break through the interception of Allied fighters. Because Me 410A-1 was good in fire power, speed and range, it was also deployed to Zerstörer-Geschwader of Luftwaffe for interception and long-range escort missions.

This LS-003 Me410A-1 high speed bomber kit is in the same 1:48 scale as the preceding LS-001 "cannon-bird" kit.

This kit consists of 280 plastic parts on 11 plastic sprues and 18 PE parts on one PE fret.

Length and wingspan of this model are 263mm and 340mm respectively. Two complete DB603 engines are provided; bomb bay at the nose and the external pylon are precisely replicated; two different sights and corresponding windshields are provided; two different bombs are provided for modelers’ option.

Two painting schemes, the standard bomber camouflage painting of 1./KG51 and standard fighter camouflage painting of 7./ZG1, are provided.

MENG’s LS-003 kit will bring you a classic and accurate model of this German high speed bomber. The modeling process will be very enjoyable.

Thanks to Meng Model for the information and images

Text and Images Copyright © 2013 by Brett Green
Page Created 2 September, 2013
Last updated 2 September, 2013

Back to HyperScale Main Page