About this deal
The 1,077-piece replica of fearless street racer Dominic Toretto’s legendary 1970 Dodge Charger R/T will provide an exciting new building challenge as fans gear up for the latest instalment in the Fast saga – F9, which hits theatres around the world beginning in April 2021.
Check out the V8 engine, moving pistons and steering system, plus two nitro bottles for extra power. If they’re still planning to release it this year is there a hope that the engine is under the hood (using the American term) and not where the back seats should be like in the set photo of F9 charger.Read more about the condition New: A brand-new, unused, unopened and undamaged item in original retail packaging (where packaging is applicable). You can forget about playing with the wheelie bar though: it's almost impossible to extend or retract from the lever inside the cabin. On the other hand, this method of construction should make creating your own body for this chassis quite easy. You can already play with the model, although for the moment the missing steering wheel would make it hard for a Technic figure to drive it.
Great functionality when build is over - with steering, suspension, door, boot and bonnet openings, plus mechanism to create famous wheelie stunt. The steering system, the eight-cylinder engine, and the lever that makes the car jump – each of them transform their basic turns into something dramatic. Fans aged 10 and up will love building their very own replica model of Dominic Toretto’s famous car.Dom's Dodge Charger has a current lifespan of 45 months, based on the average lifespan of other sets in this theme, which is 19 months, this set is at risk for retiring in the coming months. If the item comes direct from a manufacturer, it may be delivered in non-retail packaging, such as a plain or unprinted box or plastic bag. BrickEconomy, the BrickEconomy logo and all content not covered by The LEGO Group's copyright is, unless otherwise stated, ©2024 BrickEconomy. Tilting back on the lever enacts a series of hinges that twist and turn to find the path of least resistance.