1/144 Douglas X-3 Stiletto -Dragon

1/144 Douglas X-3 Stiletto, Edwards AFB (Contain 2 replicas)

Continuing on with Dragon Warbird’s collection of experimental aircraft is a 1/144 scale model of the X-3 jet aircraft. Developed by Douglas Aircraft Company from 1949 onwards, the sleek X-3 Stiletto was designed for sustained supersonic speeds. The X-3 employed titanium and low-aspect ratio wings, and the first prototype was delivered in September 1952, with the first flight occurring the following month. Eventually a total of 51 X-3 flights took place

http://www.dragonmodelsusa.com/dmlusa/prodd.asp?pid=DRW51028

 The Dragon Warbirds model captures perfectly the sleek lines of this experimental design, and two complete 1/144 scale models are included in the set. One model is a fully finished replica while the other has transparent exterior parts that reveal some of the craft’s innards.

Format: 2x Kits
Available: December 2011
Price: tbc?

1/144 Bell X-1 "Sonic Breaker" - Dragon Models

1/144 Bell X-1 "Sonic Breaker" (1+1)

http://www.dragonmodelsusa.com/dmlusa/prodd.asp?pid=DRW51021

Dragon is offering a fine 1/144 scale model of the Bell X-1 as part of its aircraft collection.

The new set features two complete X-1 aircraft models.
- the first is a standard replica of this supersonic craft, while
- the second has a transparent fuselage that shows off the “interior” of the unique X-1.

Both fully built-up and finely painted models are masterfully recreated in miniature. They also come with a sleek display stand made of metal that allows both models to be displayed “flying”

Available: April 2011
Price: ???

- New Tooling!!
- Fully detailed 1/144 Bell X-1
- Two complete X-1 replicas: one standard and the other with transparent fuselage showing off "interior" of X-1
- Stylish metal stand included
- Accurate engraved panel lines
- Historically accurate markings
- Pre-assembled

Dragon Wings

This series includes high quality diecast models of modern and historical aircraft. Each item is recreated with lifelike details and is true to scale