Scale RC Forum Forum Members’ Builds Off-Road builds My first build – D90 custom chassis (pic heavy)

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  • #104797
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    JUNGL1STM4SS1V3
    JUNGL1STM4SS1V3
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    So, this will be my first scaler and first build.

    I came back into the hobby a few months before Xmas with a 10+ year old AX10 I found in my parents shed.

    _U0A3545

    This is actually a few weeks after I first got it running again, bought some new tires (HB rovers, huge!) and a new shell as my original shell blew away one day…

    Anyway, I knew I wanted a Defender, I have always loved the shape so I decided I would work towards building one. The Gelande 2 is a great looking kit but damn it’s expensive (10 years ago my full carbon and aluminium 1/10th TC was under £300 as a rolling chassis, I havent come to terms with the new pricing yet).

    So, the AX10 had its final run a few weeks before Xmas, it got a good drive off into the sunset.

    _U0A3482

    Now it was time to start planning what parts to keep and what to buy.

    After stripping the AX10 down I decided the only thing worth keeping was the transmission and the prop shafts.

    I knew the basics, I needed axles, wheels and tires and a body. I could make the rest and it would give me a good excuse to get some new tools here and there.

    My first score from Facebook was these.

    46345059_2226855787639264_6221679334243958784_n

    Chinese no brand aluminium axles. Slightly narrower than the AX10 axles, same mounting points and 4 link. Would rather they were black but beggars cant be choosers…

    Next up, I got some wheels and tires.

    IMG_20181229_154422

    IMG_20181229_154438

    No idea what brand these are, the wheels are steel stamped and the tires feel decent but they’re not as soft as the rovers or the hammers I had previously. Again, a Facebook score.

    Finally the shell. I was moments away from buying a new lexan shell (probably the proline 4runner) and giving up on the dream of a Defender when I found this on Facebook.

    IMG_20181229_175630

    I had assumed a Defender hard body would be out of my budget but I managed to get this for £30 delivered… I assume it’s a knockoff, the guy didn’t know, he got it in a job lot and had no use for it. Either way it looked great and there was nothing missing so I snapped his hand off. Only fault I can see on it is the roof windows are not great mouldings, other than that it seems identical to the RC4WD, although I have never seen one in person.

    At this point I hadnt fully worked out how I was going to build the rest of it and I was quite excited to paint the shell so that’s what I started to do.

    IMG_20181231_125038

    I then decided this was the best point to cut the arches back… I ordered some ‘bolt-on’ arches at the same time, but we’ll get to that later.

    I knew the roof, arches, sills and other details would be matt black, so I got on with that in my makeshift paint booth.

    IMG_20190101_161605

    IMG_20181231_165135

    I wanted the standard LR green, but halfrauds dont stock it apparently, but they did have British Racing Green, from Rover, which is pretty close. I did a test on an arch cutoff, one side backed with black, the other just primer.

    IMG_20190101_162341

    Please disregard the thumb…

    Anyway here’s how the colour turned out

    IMG_20190102_174945

    IMG_20190102_175004

    IMG_20190102_192347

    IMG_20190102_192413

    IMG_20190103_151849

    IMG_20190103_151917

    IMG_20190103_151952

    So it’s a lot darker than I wanted it to be, but it is what it is. Lesson learnt – if you want a certain thing, find a way of doing it instead of settling for something else. I have since found a local paint supplier that will mix custom rattle cans, so now I know for next time. All in all I think it still looks good.

    Anyway, then I built a crappy table in the shed to tackle the next stage, fabrication.

    IMG_20190106_160821

    Obviously my excuse is everything fell off the wall just as I was taking the picture. Maybe I should tidy up and I wouldn’t have to build new tables…

    Next up, Part 2: The trials and tribulations of metalworking in a shed.

    #104800
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    JUNGL1STM4SS1V3
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    Part 2

    Next up is chassis. I decided on steel both for weight and price, also it’ll eventually rust like a real Defender…

    Firstly I drew around the bottom of the shell onto a piece of paper, marked the interior, body mount holes, wheel centres and shock positions and then sketched the basic shape of chassis rails onto it.

    Then I looked into steel and realised my largest option in 3mm flat bar is 50mm, and the chassis I drew was 55mm in height, so I resketched a new one over it and the whole thing became a mess.

    IMG_20190116_143240

    A quick once over with a sharpie and it’s a lot more readable.

    IMG_20190116_152135

    I took some measurements, marked them on and took this photo for reference.

    IMG_20190116_152350

    Yeah, I should probably get on with learning a CAD package…

    Anyway, I cut it out and stuck it down to the 3x50mm flatbar.

    IMG_20190116_153356

    I clamped 2 pieces together and drilled the body mount holes 3mm so I can locate them together and work on them together. Now time to go to work with the angle grinder.

    IMG_20190116_165554

    Tedious work cutting many slots into the steel before cutting each one off. I don’t have any other pictures of the process as it was freezing outside!

    I got to this point the first night, got a bit too close to the line in places, I need some more practice with a grinder.

    IMG_20190116_171341

    IMG_20190116_171347

    Maybe I was just shivering too much.

    I got to work on them the next day and got them pretty close, the glue didn’t last long on the paper so my line was a bit… not there in places, so they’re uneven in areas but they’ll do the job. I did go back and clean them up again after this.

    IMG_20190117_153237

    With the rails pretty much done I started to look into making a skid plate. I still had the AX10 skid that the transmission was still bolted to but it would make the chassis too wide. The shock mounting positions on the axles meant that the chassis would have to be around 10mm narrower than the standard car.

    I initially decided on 6mm aluminium plate. This gave me enough thickness for M3 mounting holes in the side and should be easier to tap than steel.

    I ordered this piece of 100x100x6mm plate.

    IMG_20190114_162611

    I cut myself a piece I think 65x45mm on the bandsaw and started to drill…

    **********

    I got through the 4 transmission mounting holes fine, but the side holes…

    IMG_20190118_163452

    Yep, second hole, snapped a drill, deep.

    IMG_20190118_163233

    This 6082 T6 is apparently really gummy and bad in all forms of drilling and machining. Turns out I needed to be using coolant, which I’m not setup for on my sub £100 machine mart drill…

    So, back to steel, something I know how to drill.

    I found a local steel merchant that agreed to let me go and have a look at their offcut shelf and managed to get a piece of 50x8mm steel flatbar around 130mm long for £2

    I hacked off a piece with the grinder and squared it up on the sander. It’s a bit wider than the aluminium version but that won’t be an issue.

    IMG_20190118_172306

    IMG_20190118_172412

    I didn’t get any pictures drilling this piece as it was snowing and the shed was -2, it was a gloves on affair. However the drilling went fine, much easier than the aluminium.

    Until…

    I guess most on here know about tapping holes, and how one might go about tapping a blind hole. You need a bottoming tap, and the other 2 taps to start it. This turned out to be something not readily available in M3, and not cheap!

    After about a week of searching and ringing obscure engineering suppliers I managed to find someone to sell me a set for less than £20, he did me some standard 70% discount and brought it down to £7. Great, right? Scored a great discount and now I’ve got the tool I need?

    Well yeah, you guessed it, I snapped the special tap…

    The most frustrating moment to date on this project.

    Didn’t feel like going back the same day and asking for the same discount. I had enough steel to make a second skid plate but I still didn’t have another M3 bottoming tap.

    After a day of thinking I decided to drill another hole offset in the skid and go from there. The plan was to drill it deeper and go as far as I could with a 2nd tap. I had 3 holes at full depth threaded so I figured it would be OK if I had to use a shorter screw in the last hole.

    I didn’t get any pictures again for this, I just wanted to get it over with at this point.

    I figured the next step would be body mounts, I can get the chassis centralised in the body and start taking measurements for links.

    For this I ended up back at dreaded aluminium. At this point I figured tapping tiny, deep holes in steel was a harder and more expensive endeavour than learning how to drill aluminium at home, since aluminium taps like butter.

    A local crawling group on Facebook had the answer, a guy on there who works with machining 6082 told me WD40 might work well as coolant.

    I was using 6mm square bar for the body mounts, which came in 2m lengths, and I had loads of 2.5mm drills at this point and a full can of GT85, so I set out the experiment. I set up my vice in a repeatable centre position, covered everything in a rather fetching sheet and cut a few blanks the right size for body mounts.

    IMG_20190202_161707

    I apologise the action in this photo is out of focus but it was kinda hard to use the GT85 and take it at the same time.

    If you can make it out, the square bar is clamped on end and I’m spraying the cut with GT85 with my left hand and operating the drill press with my right.

    Turns out there was no need to experiment, this method works a charm and I could drill extra deep holes with ease meaning I could tap with the 2nd tap and not worry about a new bottoming tap.

    Anyway, enough about tapping… Here’s the chassis assembly mounted in the body

    IMG_20190203_151621

    IMG_20190203_152218

    Seems to work well and wont interfere with steering. As you can see by this point I have drilled the new steel skid for the transmission, I did this by clamping the original skid to the work piece and drilling through on the drill press. I decided to counter bore the holes for cap head screws rather than deal with my s***** counter sinks, also it looks way cooler. You can also see where I had to drill a new hole on one side very close to the transmission mounting holes, the bolts are not symmetrical on both sides. Also the whole transmission is shifted towards the rear for the benefit of interior mounting. I haven’t finished modifying the interior yet but to avoid cutting out the entire centre console, the transmission must move rearward.

    Here’s how it sits in the body before everything else goes in.

    IMG_20190203_151641

    I think the chassis rails sit slightly lower than intended at the front and rear which may make bumper mounting a bit awkward. But all in all it’s in and vaguely resembles a chassis.

    Next step, Part 3: suspension

    #104802
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    Grasshopper
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    Haha, that’s an epic start, thoroughly enjoyable read! I had a great picture in my head of you unsuccessfully chasing a lexan shell across the the dales in the wind!

    The shell you have is a standard Chinese D90 shell, even the RC4WD ones are the same. I’ve had three or four now (including the Gelande 2) and the only difference I found is that one of them was in a much brittler plastic than the others – I guess it’s just luck of the draw though. £30 delivered is a good price, same as you’d find on Ebay.

    I like the way you cut the wheel arches down, looks really good.

    I’ve got an Axial SCX10 with that D90 shell on and there was a fair amount of the interior I had to cut away to accommodate the Axial transmission. I’m guessing it’ll be similar with an AX10 trans too.

    Looking forward to seeing more

    Axial SCX10 Dingo D90    RC4WD TF2 Hilux     RC4WD G2 D90

    #104807
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    JUNGL1STM4SS1V3
    JUNGL1STM4SS1V3
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    Thanks Grasshopper! I do like to write a bit I admit. The sad thing about the shell blowing away is I didn’t even notice it. I popped a prop shaft back on and turned around and it was gone.

    I think I might have gotten a decent shell then as it seems plenty flexible. I haven’t used or really seen a hard body before so I have no frame of reference, I know I’m going to have to be a lot more careful with this on the rocks than I have been before.

    I worked on fitting the interior today and I think I’ve gotten away with it mostly from moving the transmission back and canting the rear shocks forward slightly. There’s still plastic removed from the centre section for the spur gear but it hasn’t ruined the interior. Enough spoilers for now though, I have to get on with the suspension post.

    #104809
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    JUNGL1STM4SS1V3
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    Part 3: Suspension

    This part had me stumped for a while, I didn’t really know the best way to take measurements for the links. I knew the shell wheelbase  was 280mm but I needed the shell off to take the measurements and then I had no reference for the wheel arches.

    I toyed with the idea off a WB jig, just 2 plates parallel to each other, each with 2 holes 280mm apart. You can mount the axles at the correct WB, align all the other parts with it and crack on with measurements.

    However…

    I realised while mocking everything up like this:

    IMG_20190203_152218

    That I could just turn the whole thing upside down and the arches and tires would keep the WB about right.

    I knew I was making the links with M4 stainless allthread and 6x1mm aluminium tubing. I decided on RC4WD M4 M3 long rod ends for the build.

    IMG_20190213_170459

    This was the second batch of tubing, the first 2m piece I ordered from AluminiumWarehouse and it was completely out of spec, no chance of fitting M4 rod through. Good old B&Q saved me in the end though.

    I took my measurements by attaching a rod end to each mount point either end of the link and took a measurement between them and cut 2 pieces of tubing at that length.

    I have made a few links in the past using this method but I wanted these to be neater than previous attempts. Here I devised my method. I cut the allthread with the angle grinder and the tubing on the bandsaw but these produce rough cut finishes.

    IMG_20190213_170703

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    I’d much rather do these on a lathe, but I don’t have one. I do have a drill though…

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    And the tubing got squared up first before being chucked.

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    And this little Stanley vice is a god send for things like this.

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    Easiest job so far I think.

    I left the upper links without tubing for now as I want to fine tune the angle of the axles when the car is mechanically running a weighted up.

    IMG_20190204_182900

    IMG_20190204_182837

    IMG_20190204_182822

    Notice how with the tires in the arches, at full extension the links are just shy of the body mounts. This of course was by design and totally intentional…

    I had to swap the link and shock positions from the above pictures, the shock would catch on the chassis with springs on. For this to work I also needed to space the other end of the links from the chassis. I did this with a standard M3 nut between the ball joint and chassis plate, I’ll replace this with a proper spacer when I find the right material to make some.

    Now the shocks. I had to make shock towers and then decide where the right height for mounting would be.

    I cut 4 pieces of 50x3mm steel flatbar, the pieces measured 30x50x3mm. Once bolted to the chassis I had to find the lowest ride height.

    I cut a piece of wood that once placed under the centre of the car, the arches were just clear of the tires. I neglected to photograph this process, but I think its fairly self explanatory.

    Once I had my lowest ride height locked out, I could remove the shell, remove the springs and full compress the shock, placing my scribe through the top mount I could then arc a line onto my new shock mounts. I thought this was quite a dodgy way of doing it but surprisingly it worked out great. I canted the rear shocks forwards to allow for proper body mounting and once the holes were drilled I shaped the mounts up to look nice.

    Some pictures of the finished pieces.

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    And mounted.

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    Really happy with the finish on these. Once the car is complete I want to strip it back down and paint all the steel parts black including the links. At least once it rusts it’ll really look like a Defender underneath.

    Next up I deal with steering and ride setup.

    #104810
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    JUNGL1STM4SS1V3
    JUNGL1STM4SS1V3
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    Oh yeah, thought process behind shock choice: Thought I wanted 95mm, I was wrong, 80 would be better. These particular ones because cheapest modelsport had, I’m on a budget…

    #104841
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    Retrocosm
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    Fascinating to read how this came together and all the trials and tribulations!  I love the fact that you started by making a table 😉  Very nice work all round.

     

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    #104842
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    JUNGL1STM4SS1V3
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    Thank you man, I’m sure you can tell I’m new to a lot of this and I’m learning through trial and error at the moment.

    There was another post I made last night but has since disappeared? I’m not sure what happened to it, I edited it once or twice but other than that I’m stumped…

    #104844
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    M and M
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    Great to see this coming together and the success and fails both recorded..this is a great help to everyone starting a new skill set. Thanks.

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    #104846
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    JUNGL1STM4SS1V3
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    I guess my post isn’t coming back so I’ll write it again, or what I can remember anyway.

    Part 4: Steering, first drive and cross members

    With the car as a roller I could figure out a steering solution and hit the trails. While I was mocking up the servo to find the best fit I realised I could attach it like this:

    IMG_20190214_134948

    Not the best picture of it but you get the idea. I just flipped one of the servo mounts around on the lugs and drilled some new holes.

    Now it was technically ready to drive, and I’m pretty impatient so I took it out.

    IMG_20190206_160736

    IMG_20190207_163226

    Successful first drive, nothing broke! All in all I was very happy with the way it drove but less happy with looks.

    First off, which should be apparent from the first action shot, is rear droop. Far too much, it makes it very capable but looks a little ridiculous. I should have opted for 80mm shocks instead of 95mm, I may quickfix this by putting a small amount of silicone tubing inside the shock below the piston for now.

    Also, the car doesn’t self level on flat ground, it stays sitting over to one side because the oil is too thick and the springs not stiff enough, I have everything to remedy this though.

    Secondly, these tires are a bit crap, and far too big. Nothing like what I’m used to and seemingly much worse than what I see in videos. They do have a very scale drive, as in most good RC tires are so much better than real ones it can be a bit unrealistic, but still a bit frustrating to use on sandy/clay rocks. They will be one of the first things to go in favour of something smaller and more… brand name I think.

    Speaking of first to go, that’ll most likely be most if not all of the radio gear. I’m running a 12 year old Spektrum system and a Castle Mamba Max ESC on a Novak 55t. The radio is, lets say quirky. And I’m not sure the BEC on the ESC is up to much, the drag brake certainly isn’t and it requires Win XP for the software to adjust it. The motor is pretty shot and is geared up as much as it’ll go and these smaller tires don’t have the wheel speed for slippy climbs.

    I’ll most likely go for a 1060 and an RC4WD 45t along with the cheapest radio I can find till I can save up for something to replace the old Spektrum.

    Anyway, now I know it actually works, time to start finishing it up.

    To start with I decided on 3 new cross members, for stiffness, a servo mount and bumper mounting.

    You can see from the first picture that the servo sits at an angle, so I can remove the servo mount on the front and drop the servo onto my own mount made from the trusty 1/4″ aluminium square.

    This turned out ok but I can only use 1 screw on the front at the moment.

    IMG_20190215_163320

    IMG_20190215_163307

    IMG_20190215_163419

    This’ll do for now however I have ordered some 1/2 x 1/4 aluminium flat to make a new one that fills the space better and I can shift the servo over and make a new upper mount as well in order to utilise all 4 mounting lugs.

    This bar across the front will also act as front bumper mounting, I can drill and tap 2 holes in the aluminium and I intend to make the front bumper from solid steel bar so I can drill and counter bore 2 holes for some cap head screws.

    I also made 2 more cross members, 1 for the front shock tower and one for the rear, also a bumper mount.

    IMG_20190215_152911

    Yep, wonky spacer, gonna fix that tomorrow…

    IMG_20190215_150730

    I also decided to do some more shell details. I masked and painted the window seals.

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    IMG_20190212_143541

    Which could have come out better, but it shouldn’t be too noticeable on such a dark car.

    I also stuck on all the rear lights, I painted the number plate light black as it’s just silly for the to supply it in orange and red…

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    And frosted, painted and glued some LED’s into place on the front.

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    I managed to make them slightly different colour temps for authenticity.

    That about wraps up this post. I’ve been quietly working on getting the interior to fit. I cant post any pictures on me modifying it as most people will have a heart attack when they see the angle grinder, never mind what else I used… But it’s mostly in, just needs tweaking.

    Then bumpers, I have the steel and something of a plan.

    So, next time, I learn how not to weld.

    #104848
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    Grasshopper
    Grasshopper
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    ‘I managed to make them slightly different colour temps for authenticity’ Lolled at that one!

    Don’t worry about the interior too much – I chopped so much back of my first one it was pretty much just two seats floating next to each other! You can only really notice if you’ve got your nose up against the windows so it doesn’t bother me too much 🙂 I looked for a pic of it but it seems I was too ashamed to get any photographic record of my butchering.

    Liking your approach though

    Axial SCX10 Dingo D90    RC4WD TF2 Hilux     RC4WD G2 D90

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    #104852
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    JUNGL1STM4SS1V3
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    Thanks man, you can see I’ve got it in mostly in the headlight picture, it just sits a bit high at the moment as you can see by the door cards creeping up. It should sit level just by tweaking a few bits but I’ve managed to keep most of the cubby box in the centre with the spur sat under it. I’ll get some pics tonight.

    #104887
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    JUNGL1STM4SS1V3
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    Part 5: Interior, bumpers and meetups

    With the majority of the mechanicals out of the way, I had to start trying to fit the interior. Just in case there’s someone reading this that doesn’t know, my body is intended for a front mount transmission and centre transfer box setup, which I am obviously not running in this rig. Meaning I’ll have to cut away quite a bit of the interior to clear the transmission.

    I’ll apologise for the blaspheme in advance, as they might be a bit of it in this post.

    I don’t own a Dremel…

    There I said it.

    So, next best thing, angle grinder…

    Believe it or not but an angle grinder can be quite the precision tool with enough experience. Sadly this is experience I don’t have yet, especially on plastic. I also used a gas powered hot knife, some flat chisels and a hacksaw and this is what I ended up with.

    IMG_20190226_155918

    IMG_20190226_155926

    Still rough right now, I’m getting a few little catches from the spur every now and then, still trying to figure out where its touching.

    In the body:

    IMG_20190227_142553

    IMG_20190227_142659

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    IMG_20190227_142703

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    I haven’t put the rear seat backs in yet as I’m undecided as to what to do with the back. I’ve been making shipping pallet drinks coasters as well and I think filling the back up with them would look pretty good.

    I had a quick run out with the interior fitted to check for any issues. Had a bit of noise for the first 100yds or so but it sorted itself out…

    IMG_20190214_155019

    IMG_20190214_155535

    The whole interior is still pushing the door cards up, so it still needs some fettling.

    Anyway, onto bumpers. Initially I decided to try and make close approximations of the original Defender front and rear bumper. Given the stock available to me I decided on a piece of 1/2″ square for the front and 4x25mm for the rear (or, this is what I had in).

    IMG_20190227_161907IMG_20190227_161933

    I had intended to drill through the bumpers and screw them into tapped holes on the front and rear cross members, however…

    IMG_20190227_161425

    Oops…

    Wandering through Lidl one evening, buying snacks and mulling over how to do these bumpers I see a welder for £80… (Did I mention I’m on a budget).

    It felt like fate, although I am fully aware of the caveats involved with gasless flux core… If it wasn’t this, me and a mate of mine were going to try and build a stick welder out of microwave transformers rewound, so I think this is probably better…

    Now I had to learn to weld.

    First evening trying (look away if you’re squeamish!)

    IMG_20190227_161448

    IMG_20190227_161504

    Next day got a little bit better, I’m going to give Youtube credit for this.

    Running some beads

    IMG_20190227_161535

    Finally got somewhere I was sort of happy with

    IMG_20190227_161546

    So I started cutting and grinding the pieces.

    I had decided to just weld two lugs on the back of each bumper with holes to mount them into the existing cross member holes on the chassis rails.

    Front:

    IMG_20190217_163053

    IMG_20190217_163121

    IMG_20190217_163106

    It was at this point I realised I couldn’t get a chuck past the end of the bumper to drill the holes, so off they came and new ones were made…

    It’s the little things like this that really slow you down when you’re learning as you go. I wont make that mistake again, I only had 12″ of steel bar and I used more than half of it for the bumper, I thought I was screwed at this point but the lugs came off OK and the bar cleaned up nicely, I must be getting better with the grinder…

    Anyway, I got some better lugs on and mounted it up to the car.

    IMG_20190218_144754

    IMG_20190218_144821

    IMG_20190218_144801

    It may be a little chunky but I don’t think it looks too out of place. Since it has so much weight and steel on the front, I kept the mounts to a single hole so it can rotate slightly rather than transfer all the energy from a crash through the chassis. I’d rather not have to make spares for this if I can help it.

    And painted:

    IMG_20190219_163951

    IMG_20190219_164013

    IMG_20190219_164406

    IMG_20190219_164437

    IMG_20190222_164710

    And the rear bumper was done in the same way, I drilled the holes first this time though!

    IMG_20190226_155942

    IMG_20190226_155957

    IMG_20190226_160321

    There’s some wiggle room in the mounting holes for adjustment and as you can see, I have gotten rid of the aluminium cross member on the rear so now the rear bumper is the rear cross member, just like a real one.

    I just got all this finished when a decent meet up was planned on Facebook for Cow and Calf on Ilkley Moor. I’d never been before but the pics looked great so I headed off to that to give this thing a proper shake down and low key compare it to other trucks and see how its doing.

    Good turn out!

    IMG_20190223_112452

    IMG_20190223_130259

    IMG_20190223_114159

    So, summer is in February now? OK, I’m fine with that…

    Anyway, great day, met some great guys and this little home creation kept up with nearly everything there, including other D90 builds. So really happy with the progress, there was just one problem…

    First rock I hit the front bumper on it fell off… Guess I need more practice with the welder. The rear bumper held up spot on though, when my batts died I carried it half a mile back to the car by it and its fine.

    IMG_20190226_160357

    IMG_20190226_160406

    Shame I’m gonna have to take the paint off as it was chipping quite nicely before it fell off….

    IMG_20190226_160423

    Which will look great once it starts rusting.

    I realised very quickly, before it fell off that it was going to catch a lot and reduce the capabilities of the rig. I think will grind it up into a faceted style bumper and maybe weld some bars on it, not sure on the design yet.

    Anyway, That pretty much brings us up to date. It’s currently sat in the shed looking like this

    IMG_20190226_160510

    Nice and muddy with loads of touch ups needed on the paint work!

    Next up is a cage I think, I have a welder now and a bunch of 4mm round, 6mm round and 7mm square steel to play with.

    IMG_20190227_162046

    I’m not sure if this welder (or I) can produce welds small and neat enough for cage making, but I have a torch I can solder and braze with so we’ll see how it goes. I might try some rock sliders first to practice with the round stock.

    I tidied the shed for next time anyway.

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    Sort of…

    Thanks for reading if you made it this far. I guess next time will be how not to build a cage!

    #104888
    Member
    toyolien
    toyolien
    • Scale Off Road Pro
    • ★★★★★★

    Really enjoying reading your progress. Looks like you’re learning a lot too. Looking forward to your next installment 👍

    1 user thanked author for this post.
    #104890
    Member
    Grasshopper
    Grasshopper
    • Scale Off Road Pro
    • ★★★★★★

    What a great read. Those bumpers look the part too, must be heavy though! Looking forward to seeing what you end up doing with the other bits.

    Axial SCX10 Dingo D90    RC4WD TF2 Hilux     RC4WD G2 D90

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