Remember the really cool Saturn V rocket set released by LEGO last year? Want to help set the direction for the next space-related LEGO set that should get built? Well then, check out SpaceX: The Ultimate Collection.
Block 5 Variant Falcon 9
For starters, you’ll get a Block 5 variant of the SpaceX Falcon 9 rocket, with its 9 Merlin engines, black interstage and titanium gridfins. The legs actually move up and down and lock in place for that rapid landing and easy reusablity. It also comes with a detachable upper stage with a variety of cargos. You can put a communications satellite into the detachable fairing, or a Dragon 2 capsule that’s ready to re-enter the Earth’s atmosphere with its heat shield. 371 bricks
Then there’s a completely separate Falcon Heavy with its three detachable cores, each of which has its own landing legs. It has a detachable second stage with its Merlin Vacuum Engines and fuel tanks. At the top there’s a payload fairing, and inside that – this is the best part – there’s a tiny Tesla Roadster as a payload, so you can fly your car to space, just like Elon Musk. 453 bricks
And last but not least, the set comes with a SpaceX Transporter/Erector/Launcher that can hold and display either the Falcon 9 or the Falcon Heavy. You can clamp in either rocket and then raise or lower it, ready for launch. 759 bricks
If LEGO does decide to build this awesome set, it’ll consist of 1,583 pieces, and measure 64 cm high when fully constructed at 1:110 scale.
Now, I know you’re wondering where you can buy one of these, but you can’t. Instead, you’ve got to help convince LEGO that this is a set that they should consider putting into production at LEGO Ideas. At the time that I’m writing this article, they’ve gotten 3440 supporters to join the campaign. Because of all the support, LEGO has extended their campaign twice, and now they’ve got 589 days left to reach the 10,000 supporters.
Oh, and maybe we can convince LEGO to add a Drone ship for landings, Mr. Steven to catch fairings, and maybe a BFR while they’re at it.
Source: Universe Today, by Fraser Cain.