THIS IS THE TEST SITE OF EUROBRICKS!
Search the Community
Showing results for tags 'tractor'.
-
Hello guys, few days ago i finished and released my latest MOC. And here i want to share it with you and it a bit more technical aspect of it. if you are interested. (My english may have few errors) Main one is the tractor, as you can see its Case QuadTrac 620 articulated tractor, aimed for 1:17 to match with trucks and other farm machinery, mainly eric´s if there is collector who appreciate that. but this scale is also big enought to pack everything needed and look good, and small enough for not needing large uniform boring surfaces. On the outside it may look like pure system thing, but on the inside its packs 6 PF motors. two of which are L motors for drive, 3x M motors, two for sariel.pl pneu/switch combo (two independend systems) and third is in the rear of the body for PTO output. and last is standard servo which uses opposide steering rack system for quick response in oposite of standard linear acctuators, this system is in my opinion even more compact, reliable and more enjoyable to play with. However if exposed to very large resistance it may throw timing off. (i dont recomend steering while stationary on carpet or floor). Secondary features are : Connected steering wheel to the servo system while the cabin itself has suspension. Driver seat is rotatable to the right side as the original. left staircase swings away from the path of tracks while being steered to the left. and full suspension on all 4 tracks and also rotating rear section for compenstate for uneaven surfaces. Everything is powered by 2x buwizz 2.0 bricks. It may seems like an overkill for instructions but i chose to not make too much compromises. i wante model that can do it all, exept it cant lift things because its lack of three point hitch. About the trailer. Its mostly System bricks and creator style creation with minimum of technic features so i will not talk much about it, but it has three functions. first is PTO input which powers conveyor on the floor of the bin and it also diverts into auger conveyor to spin worm gear at the end to look like there is actual function to it. However it cant move real stuff. Second function is pneumatic support leg at the bottom, so after attaching it to the tractor with pin and connecting all the hoses. you can remotely operate entire trailer. Third feature is extending auger conveyor to simulate real operation of this kind of machine. I am aware of few off-scale bug on this model. main one is taller track system due to including suspension. and shorter trailer bin. If you are interested in instructions they are on my RB profile: https://rebrickable.com/users/Klein.Creations/mocs/ There is one independent video review and one video of my own. i hope you will appriciate and enjoy both of them. -
I have watched in awe of some of the great tractors from that have been added to this forum in the last couple of months. So enjoy another one, even if it not at the same level of perfection. More implements are coming... The tractor features: -Rear Wheel Drive -HOG Steering -I4 Engine (Green of course) -Front PTO (on/off switch) -Rear PTO (on/off switch) -Front Three Point Hitch (HOG) -Rear Three Point Hitch (HOG) -Opening Hood And the rear with PTO and drawbar. And the bottom for a little idea of how it all fits together. Much more at thirdwigg.com, and you can view the full album on Flickr.com. -
I'm planning to build a series of tractor mocs and here is the 7th of them: Case IH Magnum Rowtrac Index: Case IH Magnum Rowtrac Case ih magnum Massey Ferguson 7480 CLAAS Axion 900 CLAAS Axion Terra Trac New Holland T7 HD Steyr Terrus #1 CLAAS Axion 900 Features: Pivoted solid front axle HOG steering Adjustable front hitch Adjustable rear hitch Rear PTO connected directly with rear differential Modular design: chassis, rear hitch, cabin are built separately So no front PTO nor 4 wheel drive due to its small size, sorry guys... Instructions are at: https://rebrickable.com/mocs/MOC-129921/ Video introduction: Some comparison photos with a Siku model: A little closer look at it: Exploded view: Hope you like it! Thanks for watching. -
It might seem that the field of agriculture is not much affected by the boom of modern technologies, but it is precisely in agriculture that a rapid development of automation and robotization is expected not only in the processing of crops, but also in their cultivation. For this reason I have decided to build something different this time - namely an official autonomous concept of a John Deere tractor called SESAM 2. This one differs from other visions in particular by the possibility of attaching the driver's cabin and the ability to work both in a purely autonomous mode or be remotely/directly controlled from its cabin. In the field, the cab can be detached at the headland, allowing the operator to monitor and possibly control the tractor. The efficiency is further increased by the ability to work in a swarm, so it is possible to monitor or control several machines working in the same field from one cabin. Since the real tractor has a power of 500kW, I decided not to use just one motor to drive it, but two. In terms of shape, the so-called large angular motor is suitable for the model of this particular tractor, because it enables better use of space - i.e. the possibility of placing it vertically on both sides of the chassis between the axles, thereby freeing up space in the center of the model, which can subsequently be used for other functions. A central differential is usually used to compensate for the difference in wheel speeds of the front and rear axles due to their different diameters, however the disadvantage of this variant is that if one of the wheels of the front axle is not in contact with the ground, all the power of the drive system will go to this wheel and the model will stop. By inserting suitable gears, the speed difference will be equalized, so it is possible to replace the central differential with a fixed connection of the drive shafts of both axles. Thanks to the drive motors located on the sides of the central frame, it is possible to add a mechanical locking rear differential working on the basis of a centrifugal regulator in conjunction with another differential used to compare the revolutions of individual wheels (note: each of the output shafts of the drive differential is connected to the output shafts of the "control differential", but one of them utilizes higher number of gear wheels, so when both shafts of the drive differential are at the same speed, the "control differential" does not move) of the rear axle - if the difference in the speed of the two wheels is too high, this differential connected to the centrifugal regulator also turns, with a higher centrifugal force with the arms of this regulator will begin to lift until they are far enough away from each other that the surrounding parts prevent them from further moving away, thereby blocking the entire regulator. This will stop the "control rear differential" from rotating and close the drive differential. CREDIT goes to @JoKo, I just loved his brilliant idea so much that I decided to build a model around it My original design of steering included a gear rack, but it turned out to be inaccurate in practice, and the range of the wheels was greatly limited. Therefore, it was necessary to come up with a new concept - control of the steering connecting rod using a small LA. This solution is features in particular a higher force for controlling the wheels with a reduced engine load, greater steering angle, improved accuracy and protection of the motor in extreme positions thanks to the internal safety element of the used LA. In addition, the entire axle is pendular to achieve better offroad ability. The only pneumatic circuit uses a classic pump+switch combo: A Medium angular motor is used for the rear PTO. Since a variety of implements can be attached to the tractor and there is no space left to build in any speed gearbox I have decided to use not one, but two coupled PTO outputs, which differ from each other in their speeds. The front hydraulics is driven by another Medium angular motor, and sufficient load capacity is ensured by a worm gear. Similar to the front three-point hitch, the rear hydraulics use a worm gear, with the Angular motor replaced by a more powerful Control+ L motor, as heavier equipment is attached to the rear. When talking about lighting - John Deere is based in the US, where red turn signals are common, so it is possible to use the same LEDs for both tail lights and turn signals. Blinking is solved by software changing the intensity, where the direction lights flash in short time intervals with 100% intensity, while the rear lights only shine at half power. A small addition are two glow-in-the-dark stripes on both sides of the machine, which do not require any electric connection. All "autonomous" features are in fact a mere Mindstorms distance sensor. Schematic layout of mechanical functions: Schematic layout of the mechanical functions, including the respective motors (both HUBs are located above the front axle, due to which it is heavily loaded and, together with the powerful drive system, ensure exceptional traction capabilities): Complete tractor chassis: At first glance, it might seem that the shape of the selected tractor is simpler than that of classic tractors, but upon closer observation it becomes clear that even apparently flat surfaces are curved, slanted or otherwise modified. Designing the model is also greatly hampered by the lack of visual material. All searchable photos are just a snapshot of a certain part of a not-so-long video. This video, along with the minimal amount of information published, is the only source from which the LEGO model was designed. The chassis of the production 6R series tractor gave a slight idea of the dimensions, but the body design was purely based on my own experience. Since the cabin will often stand on the ground, I came up with the idea of equipping it with rubber pads, which not only dampen the impact when it is placed, but also provide it with better stability even on uneven surfaces due to higher friction. The interior is equipped with small details, such as an adjustable steering wheel collumn and armrest or a lockable storage space under the folding passenger seat. Various devices can of course be attached to this tractor - here is, for example, Rolland Rollspeed 7136 trailer: To the controlling app - on a mobile device (tablet) the Mindstorms application will be directly connected to one of two HUBs in the model, which will directly control the motors connected to this HUB, while on the other HUB a stored program will be run waiting for the start signals that will be forwarded to it from tablet through the first HUB and their mutual (HUB-to-HUB) communication. And for more convenient control, I also used the Sony Dualshock 4 game controller. Program streamed to HUB 1: 1) Control of rear and direction lights 2) Front axle steering 3) Sending a signal for HUB 2 - turning on the front lights with the brightness value "light brightness" (14) 4) Setting the value of the "sensor" variable needed for its activation/deactivation 5) Forward/backward control along with obstacle detection and emergency stop (15) 6) Sending a signal for HUB 2 – starting the PTO in one way 7) Sending a signal for HUB 2 – starting the PTO in the other way 8) Sending a signal for HUB 2 – starting the pump in one way 9) Sending a signal for HUB 2 – starting the pump in the other way 10) Sending a signal for HUB 2 - lowering the front three-point hitch 11) Sending a signal for HUB 2 – raising the front three-point hitch 12) Sending a signal for HUB 2 - lowering the rear three-point hitch 13) Sending a signal for HUB 2 – raising the rear three-point hitch 14) Setting the value of the "brightness of the lights" variable needed to turn them on/off 15) Setting the value of the "stop" variable for turning on/off the emergency brake Program stored in HUB 2: 1) Signal reception from HUB 1 – turning on/off the front lights 2) Signal reception from HUB 1 – lowering/raising the front three-point hitch 3) Signal reception from HUB 1 – lowering/raising the rear three-point hitch 4) Receiving a signal from HUB 1 – starting the PTO in one or the other direction 5) Receiving a signal from HUB 1 – starting the pump in one direction or the other Some dimensions: Length (without cab/with cab): 360mm/445mm Width (without cabin/with cabin): 180 mm/225 mm Height (without antennas/with antennas): 184 mm/218 mm Wheelbase: 160 mm Wheel track (front/rear axle): 136 mm/136 mm Weight: 2660 g (Without cabin); 3035 g (With cabin) Proportional axle load: Front - 55%; rear - 45% Load capacity of three-point hitches: Front - 626 g; Rear - 565 g (well, that's definitely interesting ) The model consists of a total of 2950 original parts, while I managed to build in the following features: • all-wheel drive (2x Large Angular motor) • automatic rear differential lock • front axle steering (1x C+ L motor) • swinging front axle • front three-point hitch (1x Medium Angular motor) • rear three-point hitch (1x C+ L motor) • auxiliary drive of implements (1x Medium Angular motor) • pneumatic drive of external devices (1x C+ L motor) • front and rear lighting (4 pairs of LED lights) • obstacle detection and automatic braking systém (Distance sensor) • remotely detachable cab with movable interior details • robust bodywork with easy access to control units Link to WIP topic: I hope this post has not somehow exceeded the maximum allowed length or anything like that Thanks for visiting & comments are welcome! -
Hello, friends! Let me introduce the model of Ursus Bambi C10 mini-tractor. In the model 49 parts, 1 of them is slightly modified (steering wheel). Description of the assembly scheme can be found here: https://www.youtube.com/watch?v=HPGdCG5shCs The mower can be moved to the working position: Best regrards, AMV
-
Below some pictures of a WIP i'm working on. Plan is to make it fully working with rc pf. This means, forward-reverse, left-right, working PTO, and rear hitch. This is my first ever MOC using pf, rc and studless building. You might say i'm kind of a 'old school' Technic builder. Hope you enjoy, comments and questions are welcome. -
Hi! That is my entry for the new contest: a tractor mixed with a dragster with a cartoon style! I amplified the shapes of a real tractor: I put huge rear wheels compared to the frond ones, there are 2 big headlights on the front of the hood... The only fonction of this MOC is that it is powered by a pull back motor. (Also, you can move the spoiler because it is fixed with a pin with friction, but that doesn't upgrade the playability) The anti-roll bar has a real utility. Without, the tractor finishes on its roof. The shock absorber is really useful: without, at the acceleration, the drive wheels "jump", they are not in contact with the floor anymore, so the motor is not used at 100%. So actually, the tractor does wheelies smoothly. That's all! -
Hello! Let me introduce to your attention the model of mini-tractor Staub RT4 in Lego-City format. In the model 32 parts. For an assembly description, see https://www.youtube.com/watch?v=DaamMEnPRY4 Best regards, Andrew :)
-
Hello, I present here a small agricultural tractor. The origin of this model is simple. It has an educational value. I used the subject to begin explaining to my son the basic principles to achieve his own models. The purpose was therefore to explain to him the following principles: - Steering rack, steering wheel. - How does a pendular axle work? - The U-joint how does it work? - Differential utility, - Realization of a simple transmission, - How to properly cross a transmission axle and a steering shaft, - What is a gearbox? ; simplified application in on / off mode for a function. There were finaly lots off things to explain. And the result is a nice tractor, playable simple to build. Here it is : About the design, we are on a MF235 base or something like that, (it's not really important;) Some other views: The rear linkage is three-point type, the PTO is in the central position, offset from the wheel axle for realizing a transmission axle with the gearbox wich is located under the steering wheel and allows to put the PTO on/off. Closer: The lifting is carried out by means of a simple mini-cylinder controlled by a crank located on the left side of the tractor: The hood is openable, of course, and we have a small engine L3 in direct drive on the differential of the rear wheels: We added some details, such as a pseudo oil gauge: Small zoom on the PTO control, under the steering wheel: The front axle is pendular (thank you to the neighbor who showed it in real life to my son), a view of the driving position, with the high exhaust pipe , in order to not 'Gaz' the farmer :) And finally the traditional view from below or we somewhat sacrificed the possibilities of crossing by installing the mini-actuator, but ...Who cares? In the end this Moc comes back to me rather well, it fulfilled its first role;) What else? Steph.
-
Hi All, this is my first MOC post.. i've added pics to flickr but i'm struggling to embed the links properly!! Hopefully they get you there if you fancy a look.... this should take you to an album if the embedded one doesn't - https://flic.kr/s/aHsm2DcF7C This is a Case IH Steiger 620, it is 42cm long and 24cm high an the scale is 18:1 I'm using 3rd part tyres on lego rims, these are temporary as i have some better tractor tyres coming.. (i started this before Xerion was released!!!) ..the current tyres are 120mm in diameter and 42mm wide, new ones are 130mm and 60mm wide, should be much better! Here is a list of the functionality... 4wd using 1 XL motor and is RC Diff lock on rear axle using driving ring Pivot steer using 2 large linear actuators powered by 1 M motor and is RC Pivot uses the Case IH tri-point mechanism - 1 is the pivot then 2 & 3 are a bar with ball joints on each end. This stops the pivot 'sagging'. I've used a 6L pan hard rod for this. Oscillation is by a small turntable with 4wd shaft through the middle. PTO is driven of the main XL motor but an be disengaged - the is the second shaft that can be seen above the main pivot, as in the real machine. It uses 1 UJ and 1 CV joint to allow for the pivot and oscillation. Full pneumatics to power the rear 3 point linkage using 2 rams with the same geometry as the original. Also 3 take-off points for the pneumatics pneumatic pump is powered by 1 M motor and is RC I really need to improve the styling(!), my aim was to get all the functions built and working as close the original as possible, which is why i've used the tri-point pivot and 3 point linkage geometry.. it can make it awkward, but i wanted to get those kinds of things right. Ok, so i either get a message telling me the link has been embedded... but as you can see above, it hasn't! Or it says there's no image at the url... Probably something really simple i'm missing, but the link included in the test does work. I'll try and embed some images in the meantime...!!! -
Hello! It's my first topic on eurobricks. After i saw many beautiful lego tractors, and equipment i think about one thing: Why they dont work like real one? So, i want to biuld a tractor with real working attachments: seeder - it will place the seeds in rows sprayer - for watering the plant. cutter - willl cut and load the cuted plant on the trailer trailer - for transpot. Photos soon. P.S. Sorry for my bad English
-
My husband got the idea to build a studless version of 8859 made in 1981. We made it together and here it is with youtubevideo and instructions and photos. Free nstructions here: http://rebrickable.com/mocs/MOC-8462/Helgejohan3/technic-8859-revival-4wd/
-
Hey everyone! Normally I post in the Train Tech forum. I wasn't sure if this MOC belonged here, but Commander Wolf insisted that this was the correct forum. The Lombard Steam Log Hauler was the first commercially-produced vehicle to use caterpillar tracks. They were essentially a small saddle-tank steam locomotive mounted on a frame with a transmission driving a short pair of treads. The front of the vehicle was supported by a pair of skids or small wheels, which were steered to turn the vehicle. Operating the vehicle required a team of three: the engineer, the fireman, and the steersman, who sat on the small platform in front to steer the vehicle. This model uses the same general SNOT-based boiler as my narrow-gauge single Fairlie locomotive. As was the case for that model, I mostly freelanced the design while looking at reference images (this one in particular), rather than scaling an engineering drawing as I usually do (engineering drawings for both vehicles were hard to come by). The end result is approximately the same scale as my other models. Another angle. The interior of this model is identical to the Fairlie. I'd like to have a crew to operate it, but I don't have any lumberjack minifigs! Full Brickshelf gallery here (pending moderation). Let me know what you think!
-
Not shure about B model, but A should be garden tractor. B could be simple lawn mover. I'm also thinking about some dragster. Some teaser picture -
This is a MOC I have made based off of the steiger line of tractors. I have decided to put this project on Lego Ideas, and was hoping many you could support it. I am striving for this to become a Lego set. I do understand that there is less of a chance for this to become a Lego set because it is Technic. I would appreciate no negative comments about this Technic creation being on Lego ideas. Only constructive criticism please. If you could share this around, or just support it. Every supporter counts! Here are a few pictures of the model: Link: https://ideas.lego.com/projects/114366 This MOC functions include: Lights All wheel drive Articulated steering Working steering wheel Openable hood to reveal a in-line 6 engine Working PTO A VIdeo of the Tractor: Thanks for the comments and support!
-
Hey fans! Today I'm gonna to share with your my latest project. This is middle or even small scale American Truck. It's all RC. Also I/m planning to make a white cab for it from suitable parts. HD photos: http://bricksafe.com.../american-truck It has the next functions: XL- motor for driving M - motor for steering M - motor for gear shifting. It has 4 speed Sariel's sequental gearbox M - motor for the pump A Pair of front and a pair of rare lights. Openable doors and hood Pneumatic PTO for the trailer. PLease enjoy the photos, click to enlarge. Video coming soon... Openable hood PTO for pneumatic, Fake Manometer (Air pressure meter), fake lights to light connecting trailer in the dark Now here are some photos with trailer. Loaded and not. As you can see, all wheels in the trailer are simply but suspended. Very expensive loading, though)) - Brothers? - Definitely not -
After a rather prolific March with three MOCs, including one that picked up a Hall of Fame nod, I'm finally back with another creation. After playing around with the 2012 set 9393, I figured I could improve it. So it did. Much more at thirdwigg.com, and you may find the full Flickr album here. Features: Steering Front Pendular Suspension 2 cylinder motor Front implement attachment point Rear implement attachment point Rear PTO Implements Implements Front Weights Front Furrow Front Snow Pusher Rear Mower Rear Harrow Rear Tiller Grain Cart with conveyor and folding auger Tiller Plow Original 9393 Mower Check out the links for more. I hope you enjoy, and happy building.
-
This thing - called world fastest tractor. World's Fastest Tractor (jcb.com) Was considering also large scale, but stopped for a moment on some midsize. At the end it has also some functions - fake engine, differential, HOG steering, openable hood. Also on original there are not much function - mainly high speed. Disclaimer - inside pics was better then in outside somehow (maybe because of winter) Fake engine - four working cylinders, but it is six studs long, so two really fake cylinders. In fact, to be in scale, this kind of fake engine with 6 working cylinders, would fit with Volvo loader wheels. Engine is at slight angle, just like on original This is how HOG steering crosses drive axle (red) Bonnet could have been better, but there is no 9x3 curved panel or similar. I tried idea with some angled connectors, but this straight solution seemed better. Also it would been good to have those rear fenders in yellow. They are available, but I don't have them. Rebrickable showed, that average price is 30EUR, but in fact, it appeared, that they are some few euros on bricklink. By form they are almost perfect. Maybe will continue with large scale on Volvo wheels. But who knows, when that will happen.
-
The project started long before the reveal of 42136 John Deere set, but I wanted to make the front steering with custom 3D printed parts initially and I got stuck on the 3-point hitch/PTO mechanisms, so it was sitting on the hard drive for few months. After figuring out how to make the 3-point hitch mechanism I realised I can make the virtual pivot steering and picked up the designs again around a week before the 42136 was revealed. The trailer however was clearly inspired and initially based on the trailer from the photo of 42136. The rotary rake uses PTO at the back which is integrated into 3-point hitch, but as there is not much room to fit a clutch anymore, the rotary rake is disconnected by folding it's sides up instead of disconnecting the PTO on the tractor's side. There is also a PTO at the front underneath the bumper, but I haven't figured out an attachment for it yet. Full gallery: https://imgur.com/a/dyCV5qL Video featuring speed builds of each part of the set and functions showcase: Instructions are coming, I just didn't make it with time as I didn't expect this project to grow this much with the implements. EDIT: Instructions for the tractor are online: https://rebrickable.com/mocs/MOC-97150 EDIT2: Instructions for rotary rake are online: https://rebrickable.com/mocs/MOC-97247 EDIT3: Instructions for the tipper trailer are online: https://rebrickable.com/mocs/MOC-97357
-
I present to your attention the Liebherr 984 excavator. Liebherr 984 Model weight 6.5 kilograms Model width 30 stud Chassis control two M motors with separate BB Pneumatics control three M motors and an XL motor for turning the tower as well as with B For pneumatic pumps a separate L motor with BB -
This is a model of a bulldozer CAT D6N the famous American manufacturer. The model is made in the style of Model Team and Lego creator expert. The inner part consists of Lego technic parts. This model uses the following system Power Functions. The chassis of the bulldozer has an active suspension like the original model. The control of the bulldozer knife is carried out in two directions. The operator's cabin is fully detailed. The model uses four motors, two L motors for turning the chassis, one M motor for lifting and lowering the knife, and a train motor is used to turn the knife.
-
Hello everybody. I am in the process of building my own tractor. It's taken a long time, and I'm not even close to finish. One of the things I've been struggling with, is to motorize the raising and lowering of the rear hitch. I've copied/stolen the design from the 42054 Claas Xerion, so I hope someone has already done this conversion, and are willing to share how they did it. Here is a picture of the hitch design, in case you've forgotten how it is implemented in the Xerion.
-
Hi, here some of the machines built for using in the Æmilia Brick Farm: Hi, here some of the machines built for using in Æmilia Brick Farm
-
Hi, pleased to present the latest Æmiliabricks Lug work, a typical farm of our country. It required a long work and many buckets of pieces. This version is a work in progress as we still have to refine many details. Hope you all enjoy it.
-
Hi all! It's been a while since I've posted anything here. But here you go, my little side project: Vintage Tractor Functions: Steering via steering wheel Fake L3 piston engine driven by the rear wheels via differential Moving valves synced to the pistons (more or less) Simple 2-speed gearbox controlled by a lever Rear Power-Take-Off controlled by a lever The main feature of the build are the moving intake and exhaust valves synced to the piston movements. They are driven by two cams phased 180 deg from each other. The biggest challenged was to figure out the way to move the valves for the central cylinder in the opposite way. The end solution was to link it to the opposite shaft using a 5M lift arm. See it in action in the video below. Video: The model is different from how I usually build. Since my last post more than 5 years ago I've been working on two projects, mostly in series (not in parallel). Both of them are very complex (to my taste) and move at a very slow pace inspite of huge amount of time invested in it. I am a perfectionist and while I am trying to restrict that side of me in the daily life, Lego is a way to let it go. So for two "real" projects I optimize every single module of a MOC dozens and dozens of time. And it takes forever to finish anything. That MOC here is my brake from it. It's a study into what I can get if I don't optimize too much. The idea was to accept the first solution which works. The finished result as you can see is not polished and rough around the edges. But it works. And it was completed in a fraction of a time needed for my serious MOC of mine. And I am happy with it. As for some other people, the inspiration came from the beautiful 4000025. At about the same time I saw an Allis Chalmer Model B displayed as a decoration at my local grocery store. And I felt in love with that thing. It's one of the most elegant piston-driven vehicles I saw IRL. Four cylinders, gearbox, torque tube, differential, and portal axles. What else do you need? So I've settled to re-create it in Technic with the following objectives: Do it quickly; Try to accept the first solution which works Function-over-looks Make it true Technic without much system parts Try to implement all the main functions in a small scale Make everything work reliably So in the end I wasn't able to build the Model B. It ended up as a generic tractor looking nothing like my inspiration. Which is fine, since function-over-looks was one of the objectives. With the release of this part I am now eager to build a true replica of the Model B. But, that a next step... I send my greetings to the talented builders who posted some truly incredible vintage tractors here recently: 4000025-Inspired Ferguson TE20 Tractor by @Brickend Vintage Tractor by @MangaNOID Old Little Tractor Lanz Bulldog by @Jundis To finish it off here are some additional photos. I am lucky to live in Southern Ontario, where farms are breathtakingly beautiful Criticism is welcomed! And stay tuned for a proper MOC. Hopefully won't be long. It is sitting on the shelf waiting for the video and some additional photos.
