One of the red axles running the length of the underside wings rotates the blades while the other tilts the engines. DO I NEED ALL OF THE PARTS IN THE LIST ABOVE TO RECONSTRUCT A REPLICA OF 42113 THAT HAS SAME COLOR SCHEME? With the lately results like color problems, design problems, it seems something is very wrong in that business scheme. They didn't sent in advance one set to their trusted (and sometimes too defending reviewers), and they were so naive to not see coming the fact that @Huw , Sariel and others will spend time and crazy money to get in the end a set because this is their passion. Anyway, I hope that's useful to somebody. If you've yet to build yours you should be able to make the modification during construction (steps 220 to 223) rather than reworking it later on.

If you are already in love with this model of V-22 Osprey, I do not advise reading beyond this point, as not everything is glorious about the set. To start with, let’s remember that one of the key features of the smart version of the hub is its ability to control the speed and the output power of the motor. As for the simple version of the hub, a motor connected to it will always run at the maximum speed. We should also keep in mind that the new Powered Up motors are quite powerful. Although the model includes several types of overload protection, there is no safety mechanism between the motor and the gearbox. And if there is a problem or jamming in any of the mechanisms, all the power coming from the motor can cause severe damage to the gearbox.The LEGO Technic Bell Boeing V-22 Osprey was designed to highlight the important role the aircraft plays in search and rescue efforts. While the set clearly depicts how a rescue version of the plane might look, the aircraft is only used by the military.?We have a long-standing policy not to create sets which feature real military vehicles, so it has been decided not to proceed with the launch of this product. The results should look like either of these. The second version is better because the gears are braced from both sides. It fits in the same space and requires no further modification. All that's needed is three additional 8-tooth gears. However, I still think that, to avoid damage again, the motor should be switched on before engaging the gearbox to turn the rotors. On July 21, 2020, LEGO announced that the upcoming LEGO Technic V-22 Osprey had been cancelled. Set number 42113 was an officially licensed model of the Bell Boeing V-22 Osprey tilt-rotor aircraft used by the US Navy, Marines, Air Force and Japanese Self-Defense Forces.

In July, the German Peace Society issued a warning against LEGO releasing the licensed V-22. Despite rebranding of the aircraft in the set to make it a search and rescue aircraft, the German Peace Society released a statement saying: On 1. August 2020 LEGO® plans to release its first ever military set while internal corporate value documents forbid the production of current military vehicles. The German DFG-VK also criticises the license placed on the set. With every buy, customers help to finance arms companies. What this list doesn't have: One Technic 3L pin with bush in Orange. All the remaining parts in the Master list. Thankfully, it's relatively easy to get the gearbox out of the aircraft to work on it. You can see the mangled gears underneath. List of all existing parts: The XML code is in this link. https://pastebin.com/a8TaMR9m. Credit to @Alitai. The list doesnt not contain the new parts and the parts in the new color listed in the previous question. Asking so much money for some plastic toys is reasonable if a big chunk of earnings is going to marketing, focus groups, advisers, quality control.The V-22 Osprey is the world's first tilt rotor aircraft, capable of both vertical takeoff and landing (VTOL), and short takeoff and landing (STOL). Instead of ports C and D, there are a couple of switches. You can insert a cross axle either from a side or on the top to control a motor, but you can’t push one long axle through both switches. The switches’ positions are perfect for further integration of the device: imagine using another motor, a linear actuator, or a pneumatic cylinder to turn a switch to activate another motor connected to this hub. I would love to see a set featuring both types of hubs for even more complicated functionality. LBG for the lower body of the fuselage. There are no new parts or parts in new color in this part, so no need for recolor. What I didn’t expect to see is functioning flaps on both wings. An ingenious linkage let the flaps move up and down in sync with the engines. Usually, designing flaps for a LEGO aircraft model is a trivial task. Still, it is nearly impossible to motorize them as they are thin and relatively small compared to the wings’ size. Kudos to the designers of the set who saw an opportunity and took it. There is one more flap on the tail of the aircraft, but it can only be engaged manually using an improvised switch on the top of the rear part.