Colin Furze Helped me test my TANK
Vložit
- čas přidán 17. 03. 2024
- AD: Go to: pvcase.com/JamesBruton try PVcase for free!
Do you remember when Colin Furze built the Rhino tank and then got stuck in a ditch and had to pull it out with a JCB?
The concept was pioneered by Elie Aghnides on the 1950s. The idea being that due to the domed-shaped wheels, the more your sink into mud, the more grip it has.
Colin Furze converted a dumper truck to build his version of the Rhino, but it originally had much smaller wheels. The motors are hydraulic, but there wasn’t enough torque to turn the bigger diameter wheels when it was really needed due to the increased leverage.
My plan is to make a slightly smaller version, and it’ll be electric, and I’ll try to get a large reduction from the motors to the wheels so I can get more relative torque. I’m also going to have a servo controlled camber angle so it can transform.
CAD & Code: github.com/XRobots/Rhino
@colinfurze Videos:
• This 1950's ATV Concept ?
• 1950's ATV Concept Bui...
• My First FAILURE!!
You can support me on Patreon, join my Discord, or buy my Merchandise:
***************************
Discord: / discord
Patreon: / xrobots
Merchandise: teespring.com/stores/james-br...
***************************
Other socials:
***************************
Instagram: / xrobotsuk
Twitter: / xrobotsuk
Facebook: / xrobotsuk
***************************
Affiliate links - I will get some money of you use them to sign up or buy something:
***************************
10% off at www.3dfuel.com/XROBOTS - use code XROBOTS at the cart screen.
Music for your CZcams videos: share.epidemicsound.com/xrobots
***************************
CAD and Code for my projects: github.com/XRobots
Huge thanks to my Patrons, without whom my standard of living would drastically decline. Like, inside out-Farm Foods bag decline. Plus a very special shoutout to Lulzbot, Inc who keep me in LulzBot 3D printers and support me via Patreon.
HARDWARE/SOFTWARE
Below you can also find a lot of the typical tools, equipment and supplies used in my projects:
Filament from: www.3dfuel.com/
Lulzbot 3D Printers: bit.ly/2Sj6nil
Bearings from: simplybearings.co.uk/
Lincoln Electric Welder: bit.ly/2Rqhqos
CNC Router: bit.ly/2QdsNjt
Ryobi Tools: bit.ly/2RhArcD
3D Printer Filament: bit.ly/2PdcdUu
Soldering Iron: bit.ly/2DrNWDR
Vectric CNC Software: bit.ly/2zxpZqv
CAD content is sponsored by Autodesk Fusion 360 - Věda a technologie
Ity's great to see some ones else's interpretation of this concept, i'm sure between the 2 theres a semi functial vehicle, well done James.
Thanks for helping out with the video and testing!
You two should work together on a Version 2 of Colin's Riono Tank and use the best of both to make something that's unstoppable, also maybe get a more powerful motor like a little diesel engine that has a load of torque.
Isn't it a requirement to have wheels that float?
Have either of you guys considered an ArcDroid for your shop yet? I bet they would sponsor you in a heartbeat! Great units, and can expand your shop's capabilities a lot. You're welcome. 😉
Thanks for participating in the video!
"I have learned from your mistakes Colin and repeated them exactly" had me laughing, love these two together.
like a peanut butter hamburger helper sandwich
when did he say that? I can't find
@@FMFvideos 17:39
In terms of aesthetics, Colin's is "Mad Max battlefield robust", whereas James's is more of a slimmed down "planetary explorer" vibe.
which kinda syncs with their personalities too :D
People build their personalities@@eTiMaGo
@@scottbotgo4218 everything I build is an unstable mess, that makes sense 😂
@@eTiMaGo LOL
He's the quiet genius behind the operation... And Colin is the mad scientist blowing shit up :D
(in the absolute best way possible)
I want to see more collabs!
James making a robotic version of the flying bike?!
Or a 3-D printed knife skirt??!
This video has so much englishman in a shed showing off his latest toy to another shed living englishman energy, and I love it.
pretty good summary of all British engineering really :D
in the words of James May : "blokes mucking about in sheds is what made this country great"
@@eTiMaGoincluding HMS Dreadnought 1906?
The rust and weathering on the Rhino has only gone and increased it's awesomeness. 👌
You two together give me some Jamie and Adam vibes.
You guys need to collab on some engineering monstrosity now! Pull some ideas out of a hat, a big animatronic steel head
Jamie and Adam ended up basically hating eachother. They never really got along
Why stop at the head? They should go full gundam!
They already did a colab. Check out the Ironman suit on Colin's channel and there is a video on burtons about his contribution.
@@CalebHansonlets Not hating each other. They respect each other professionally but are not friends
@@MrRedstonerWas just gonna say that was a bit sensationalistic.
Jame's 3D printer, filament, and bearings sponsors are the only kind of CZcams sponsorships I don't skip, he's actually using their products in all his projects and the ad reads are short and succinct!
Thats because they arent ads, its just him mentioning his affiliate link
And we actually get to see the products at work!
There are other channels which do similar things. For one I'll mention Blondihacks, some of her tools are given to her, but we see her use them and even abuse them from time to time.
I heard he uses up about 5% of the worlds filament, also he had to have installed his personal substation to power all the 3D printers.
@@teresashinkansen9402 that's a lot of juice lol
We did a couple Bitcoin mining setups. Normal home service (in the US, 200a service) can provide power sufficient for roughly 25 antminer S9s (which I'm sure are likely ancient by now, we did this a few years ago, and that stuff progresses fast) but 25 was the limit for continuous use in a safe manner. Just for a fun side note about the power requirements.
Got all nervous watching those expensive electronics going into the bog! Still really cool project and always great to see you two collabing.
James + Colin = brilliant dream team. SO SATISFIED!!!!!!!
I guess one problem is, that on the wheels, even when spread out, you have a lot of ground pressure on the "bars". Only one bar at a time is touching the ground. I'd try some kind of net or fixed track in between those bars. Like on some tractors, designed for low pressure on the ground.
dont tanks have tracks not wheels?
@@geesehoward700Yes. I don't talk about putting tracks covering the distance between the wheels, I mean the track covering the big gaps ON the wheel.
Could also put something inflatable in the gaps, like rubber bladders with about 10psi in them.
@@poopbutt238True, but they'd also need grip on the outside. So putting a net all around each wheel would make sense.
I agree with your observation, but not how to address it. Even simple 'teeth' added to the wheel webs/struts to all but the non-cambered driving edges would work wonders. What might happen with webbing is the web actually exacerbating the slip by getting caught in the surface it runs on. On smooth asphalt/concrete, I could see it adding traction. On soil, it could snag very easily.
"I've learned from your mistakes Colin and repeated them exactly!" 😂
Furze music, too? 🤘
Teeth on the edges
"Upgrade: Old bugs out, new bugs in".
This is definitely an upgrade over Colin's :D
I love how low-key the last quarter of this is. Two inventors having fun with their inventions in a muddy ravine.
Such a power coupling. Even if it was a "failure" it's still fun seeing you two work together.
The most impressive thing about James's work is that all of his 3D printed and CNC'd parts fit together so well
I like that James is so experienced that he can make devices like this relatively quickly
I remember James starting out, his channel really shows how as you gain experince by trying and failing, your skills develope quickly. I often notice him now almost skipping over parts of the project as though they are to "simple" to be worth mentioning, that in a past project he struggles to undersand and get it working. James understanding of kinematics is a good example of this, it consistently developed over the years with each project untill it has become another tool in his belt.
I usually watch these videos because of the relaxing nature but this one had me on the edge of my seat!
Incredible Robot Wars vibes from some of this, especially the ditch bits where the availability of a 14-year-old who could remember to invert the controls when reversing might have saved the day.
I like seeing two makers with different skill sets try to make the same or similar things. This scratched that itch wonderfully.
Dome the wheels and fill in the hollow space with spray foam insulation. It'll add byuoancy, there'll be no empty void that'll fill with water in need of draining, and prevent the paddles from digging down into the water and mud.
Pretty soon we’ll loop back around to inflatable rubber tires 😂
+1 I thought the whole idea was to use the wheels as floats.
As proof of concept that’s brilliant. Some steering authority and waterproofing (splashing will always be a risk) and that would be a workable solution.
Let's just appreciate that Colin could have just hidden in his tunnels and ignored James or he could have just done the typical CZcamsr half-arsed cross promotion but instead he went out into the cold, muddy fields with James and did all the unglamourous behind the camera work without taking over the video. Legend.
the design work involved..superb! well done on your continued excellent projects
I would like a video where you try to iterate upon this design and improve it. You could:
-Add steering
-Put a limiter on the roll
-Space the front and back a little further apart so the wheels don't hit each other on a tight turn
-Add some buoyancy so it can work like a paddle boat (but don't forget to distribute the weight properly so it doesn't tip)
-Anything else a civilian such as my self didn't think of
Some filler in the wheels to spread out ground pressure would be helpful in the mud and grass,
@@goosenotmaverick1156Even better if that filler is a highly buoyant material; perhaps some sort of foam.
Oh and you should lower the cg and make it heavier that should help with the slippage some
The circumference of your wheels is different across the width of the tyre, effectively giving a different circumferential speed across the tyre's width. So you automatically lose any static friction and the faster- and slower-moving parts of the circumference will be pushing against each other.
There won't be any linear propulsion from a completely submerged wheel unless it is on the bottom.
It's beautiful 😃
I like Collin's playground: he has a casual swing and a humongous anti-gravity machine
I always enjoy it when you're with other content creators. That look you gave Colin while in the water towards the end reminded me of starting the pulse jet all those years ago. I know how hard it must be for the stars to align to film this sort of episode but they are worth the wait. One of these a year is an absolute treat :)
James, this project was one of the best exercises in experimental locomotion I've seen you do. I'm sure you learned a great deal, especially after comparing this scaled version to Colin's Rhino. Well done!
My suggestion would be to fill the wheels like Collin did, but slightly deeper and using a mesh instead of a solid plate.
Setting them sunk in a bit more will keep the grip your getting from the edging, but also add in some extra in the softer mud without the wheels basically tuning into shovels.
And using the mesh keeps them from filling with water and reduces the weight.
I'd love to see this run with an actuator for steering. I feel like that was it's biggest weakness
Keep in mind this "Rhino" is only model size! If it was big enough to house a driver, it could effectively take on rocks (and water depth) 2-4 times bigger.
Think of it this way: A normal curb is about the height you can expect a normal car to drive up. But a small RC car obviously can't do it. Whereas a huge minig truck can easily go over a much larger boulder.
So it's not really a fair comparison when you give the same challenge to two "Rhinos" of different size. With active steering and full-size, I reckon it would do splendidly!
Lovely team-up and the unit worked well. First time full success is hard to come by! We'd all be kicking ourselves - why didn't I follow through with the idea to put in some kind of mid-pivot steering! But hey, ver 1.1 ! Nice work.
Very clever and I hope you and Colin had a fun day! ⭐👍
Good work dude
This is the most James Bruton Colin Furze project ever!!
Or is it the most Colin Furze James Bruton project?
The linear actuating camber is inspired 😊
you and Colin need to do some more collabs. You guys are awesome!!
Great video and project as alwys!! Thank you James:)
With slightly better controlled steering and a little more weight to give bite, I reckon you have a pretty good design.
Big ups for having Colin come to give an assessment, calling on the king of badgers to review your work is the mark of success
I love your colaborations with colin
Testing at the Lamb & Furze proving grounds , love it , thanks JB
Pretty cool. Nearly got stuck there at the end!
VERY cool to see your take on a similar design.
Great video!! I'd like to see this again with more improvements
Great video! You can see that theres some potential here with a some revisions. I think you 2 really compliment each other
This was a great vid. Great build, and the actuators to change the camber was awesome, and even better watching you guys have some fun driving it in the mud and stuff! Id love to see you BOTH work on this design and make a better one! Possibly? 😅❤🙏🏼
Oh man! You guys should collab more!! This was very fun!
that looks great! hopefully this convinces more people to make tanks like this
I love colin, he always seems so willing to help people.
Seems to me it would be much more effective with the dish of the wheels facing inside instead of out, to ensure a wider track and more stability.
Especially as camber is added, it would lower the frame instead of raising it.
But also controlled steer angle looks to be needed.
Looking forward to version 2!
This looked like phenomenally good fun!
Love to see it again with an active steering mecanism! I'm sure it will be amazing.
nice to see that Colin showed up !!i I deprecate that. good luck on the project
JCB you say... James & Colin Build! (new channel, you get together, design something awesome, he builds the frames and metal bits, you 3d print and code everything else...) this would be the greatest maker channel
Colin is just objectively a great guy and i love it!
I know you probably get this all the time, but I am envious of your genius. Oh, a rhyme in one line!
Steering and waterproofing. I would really like to see another collaboration making a revised version with lessons learned.
Really fun watching the two of them together, plus some real nail-biting footage there! Will it make it? Will it drown? OH NO! Oh, whew...
Love your video. This is awesome
Like other have said love to see more colabrations between these two. one is angle grinders and sledge hammers, and the other is 3D printers and soldering iorn. Its great fun seeing them togather and i bet they could build an awsome project. Remeber Colin building that huge AT-AT, now think about James getting to do the robotics on it..... We all want to see that don't we?!
Love the Colin Furze-esque music choices!
The music was a nice touch!
needs a diff lock lol. great Job James.
Engineers when you tell them not to reinvent the wheel:
2 big brainers coming together. i like that. we need more content from you both
Ya know, in other people’s videos I have never seen footage of Colin Furse not being kind and supportive. He seems like such a good guy
I love these two together.
Besides the active steering, I'd think that adding some serrated metal edging to the wheels would help with grip. The rubber strips protect the plywood edging, but actually reduce grip on slippery surfaces. I envision the rubber strips staying there, and the serrated edges hanging over them.
Just a tip, you should bubble fillet the ends of your pockets/slots so that when you slide square boards into them you don't have to deal with the tool radiused corners interfering with the square corners of the board.
Just makes things fit together much more easily
In relation to its smaller size, all those obstacles were massive! I think it did remarkably well. 👍
More really great work it’s inspiring to see ideas been worked out looked at reimagined I’d like to see a six wheeled version with slightly bigger spacing between the wheels of Jameses version And smaller wheels on a dumper truck conversion to get over the underpowering really good program
Colin's tank looks so cool with all this rust! 🙂
Furniture studs in the wheel ribs for a little badger claw traction when required!
Now for a part three they should build one together, James's robotics know how and Colin's metal fab skills. Make a rideable one with the best chance of working!
We need this collab more often❤❤❤❤
shape wise the convex shape if anything causes a loss of grip on harder ground, it has to sink in to grip, perhaps make something like a frame that is designed to flex and crumple by a small amount to maximise contact, like letting the air out of tyres to increase grip
What an awesome collab. You'd make a great team.
Super cool.
I think American 4x4 truck tires would be a good fix for the terrain; considering lots of vehicles get stuck in the wet English mud. They always put studs or chains around them especially in the winter if its deep enough freezing for the area. I think the loss of grip is mostly a tire tread issue.
I think this is a hugely promising concept. What looked very obvious to me
1) The vehicle is too narrow for the wheel radius. With the wheels at full camber, the wheels almost touched in the middle underneath so it was almost riding on a hemisphere; no wonder it was quite happy to roll over.
2) Having each wheel as a hemisphere is the wrong geometry. The radius of curvature of the blade ends should be more than the radius of the wheel. So you'll end up with a truncated gherkin sort of shape. That way as the vehicle tips, the track gets wider & more stable. "Paddle wheel mode" as you said.
3) Active steering. I think you already decided that. Retain the differential wheel speed tho.
If front and rear wheels were separately controlled that would fix a lot of the control issues. You do need it to oversteer in some of those positions, which won't happen if front wheel loses grip.
In software considering you have a hall sensor, on each motor, you can program the steering (i.e. left right balance) to take into account if front and back wheels are spinning at different speeds and make a differential in software this way. Should be easy to program and test it. It could also fix the stability issue when you want to go straight. Though to account for slipping you will need some hinge sensor as well.
22:39 NOT ME THINKING YOU JUST YEETED AN ENTIRE REAL DUCK 😂😭
1:50 The wood grain shows through the chrome paint so well that I struggle to convince my eyes that it's not just selective black and white footage 😂
The background music for the build in this video is definitely the type of music for a bank heist set up. It really brings the whole video together
Coolest collab in the CZcams maker community!
21:00 One thing that might solve some issues - independently adjusting the angle of the wheels. It looks as though your wheels adjust the splay in pairs; being able to change only the one wheel - such as the wheel stuck against the bank - might have helped you.
Awesome build bud - and nobody was injured! :D
Well done James that was not bad at all.
i agree with collin adding a linear actuator in between both sets of wheels it should be way better in getting out without trying to fold one way
The background music is exceedingly ingenious and well-done.
Deh- deh- deeeh, de de ne neh- neh-
puh, tch; puh, tch; puh-tch
Deh- deh- deeeh, de de ne neh- neh
I think I won't rebuild from scratch using what you shared. However, the CAD and Codes sections you shared are very beneficial for community development and us. Therefore, I am grateful for your open-source contributions and for helping both us and your own development!!!
I think you two are my favorite unexpected duo
True engineers both make and break cool stuff!
Cool to see this collab you deserve the notoriety James, one of the most productive makers in CZcams and some of the most well made videos.
I have to say Colins Rino is just Epic - that thing fitted with linear actuators and remote would be a proper upgrade
All in all a brilliant attempt! Some different, proper wheels instead of the silly paddle things are called for in addition to some limit straps for your articulation. I'd take a look at the articulation systems on 4x4s.
this gonna be the new tech-tube challenge, isnt it?
eventually after several prototypes, yall are gonna team up and make the big one
Vector steering on this thing is tricky.
I would like to see how this behaves with different setup.
Instead of having one side spin faster (like a tank without tracks)
Run one front wheel faster than the rest and run the other front wheel slower than the rest.
Bonus points for limited slip diff or lockers. With Odrive you could force back wheels to rotate withe the same speed regardless of traction - true and tested solution from rock crawling.
I would say that’s a result! It honestly faired way better than I expected
I think if your iteration were heavier (maybe down at chassis level so it's less likely to tip over) it would have more grip. Just in case you'd ever think about a v2 of this ;) I also felt like you could've made use of the actuators to navigate the ditch more easily. Anyway, loved the build and the enrgy between you and colin!
I liked your design, but by the 19th minute, I was really sold. The extra articulation really gives you the opourtunity to go slow and have more surface area. I think if you switched the slippy grip tape edge for studded spike edge it would work really well. You should probably add steering, too. lol