MinusAndy

8860.

Do you mean the headrest? That looks very useful.

Have you thought about using a worm drive and a static gear mounted to the door? That could be more compact.

Immediately recognisable! I think this is one of the more successful system/technic mixes. Nice work.

Could you put a planetary hub on the motor before the existing drive? That would slow it down a fair bit.

Outer wings built using the new technique for more subtle angles. I need to do a bit of work to fill some more gaps but I’m happy so far. inboard is a lowering flap, outboard is an aileron that splits into an air brake using the tiny pneumatic ram. The elastic band closes the air rake and means I don’t have to have a return hose on the ram.

Depends what you want from it. If you’re buying it to build once then strip for a parts pack, 42100 all day long. Unless you want to build stuff that’s more colourful. Then get the other one. or get both! That’s more Lego which is a good thing!

I’m sure it lurks in a lot of moc builds with subtle angles. It’s given me a huge boost in terms of building the wings and the nose cone.

I had a eureka moment at work today regarding creating subtle angles on the wings and body. Using rigid hose inside pins allows the creation of smaller angles and is reasonably strong, especially when stacked. Parts shown are the rear wing spar with the mountings for the split ailerons and flaps.

Thanks man, that means a lot coming from someone like yourself.

Thanks man. I’m really enthused by building at the minute, taking stuff to bits and rebuilding is a bit soul destroying but it has to be done or the rest of the build is a waste of time if I only half finish it and rush the last bits.

that’s the control surfaces all sketched into place. However, because I have changed how these work I am now able to build a cleaner and stronger wing root and main spar as it doesn’t have a differential in each wing any more. Not quite back to the drawing board with this but certainly back to a big pile of dark blueish grey prices on my desk while I rebuild the wing root.

I think you’ve really captured “Range Rover” in this model. It couldn’t be anything else. I really like it

So I’ve been turning my attention to the ailerons and the wing. My original plan was to use flaperons on this model (ailerons whose resting position can be changed so they act as flaps for low speed flight but still work as ailerons. I did this by routing the aileron motion through a differential in each wing. The cage of the diff is attached to the inboard flaps and as they lower it rotates the diff cage and that is multiplied onto the axle which controls the ailerons. It works pretty well but there’s an issue: the Hog doesn’t use flaperons, it uses ailerons that split into an upper and lower half. I’ve now built ailerons that are 2 studs thick and split using a tiny pneumatic cylinder. The return to close is done via an elastic band so the cylinder only requires one input and that can be hidden behind one of the many and varied instruments of death that this plane carries (probably not gonna submit this to Lego ideas) It seems to work well so I’m sticking with this solution. This also means I can ditch the differentials and build more strength into the wing root. I can see a final strip down and rebuild of the whole plane when I’ve worked all this out. No biggie though, I only began building it a bees-dick over 4 years ago! https://flic.kr/p/2qfnyaF https://flic.kr/p/2qfnydm Apologies for the mix of links and pics, I did exactly the same thing with each but half have embedded the image and half have not.

Thanks man. I thought I’d have to do something much more complex but for once the planets aligned and it worked with one ram straight away.

https://flic.kr/p/2q98uas I’ve started work on the wing. The main spar is done. im debating building split ailerons but they have to be 2 studs thick so that will be my next proper challenge. I think it’ll be done with the tiny pneumatic rams.

Outstanding. There is no fat on that whatsoever, it’s the perfect small scale jeep. whats the part number for those poseable connectors? They look like a solution I could use a lot of.

Cheers man, I’ve spent the past couple of evenings making the canopy opening mechanism as I wanted it to slide and lift like the real deal. It’s now working nicely. (See video) but I will have to find a new home for the buwizz. https://flic.kr/p/2pJZqpM I have the engines spinning, the pneumatic pump working and the gun but I can’t film and operate as it’s controlled by my phone so when I work this out I’ll upload some video.

Just a thought but could you put the crankshaft elsewhere and run the pistons via rockers?

So following a lengthy period of head scratching, house moving, and general procrastination I’ve done some more work on this. I’ve managed to lower the height of the fuselage, connect up the knobs of god with both the joystick and rudder pedals and the control surfaces. the undercarriage and flaps are now pneumatic and I’m building an ejector seat around the buwizz that powers the engines and the pump and of course, the gun. https://flic.kr/p/2pJ5b5S https://flic.kr/p/2pJ5bGi https://flic.kr/p/2pJ4zYE https://flic.kr/p/2pHXmxg thanks for looking. I’ll get on the case and finish this thing!

In an increasingly Bluetooth hub and many motors world this is most refreshing and also brilliant. Followed on t’flikr.

Outstanding! And a way cooler car than a Ferrari!

Awesome build! Surely it should contain 1 lift arm.

https://en.m.wikipedia.org/wiki/Ashbory_bass the strings are silicone rubber and operate at a much reduced tension, all of which sounds like exactly what you need.

Ashbury made a bass with rubber strings. They might suit the aesthetic and tension needed for that. Great project though!