This was filmed during the 2021 lockdown when a travel radius limitation was introduced to reduce spread. That's why it wasn't appropriate to travel to and film at the beach. They are no longer in effect.
Ahhhhhh. See I came here to ask what changes could possibly make it to where you werent allowed to have an electric arc car on a sandy beach. I was like some weird motorized vehicles on the beach law? Some environmental protection law? Covid. How could I forget covid. Makes perfect sense lol
The reason it's loud is because of gearing. They use small DC motors and a plastic spur gearbox. I love the look and scale of it. I wouldn't mind getting my hands on a cad drawing of one.
I have a question why is it that my pla when it’s going to finish the print it start stringing or little spot like it not conecting. It only happen at the end. Can you help.
When I saw the spiked wheels continue to drive while upside-down, it reminded me of a demo of police robots that I saw a few years ago. They had one, not much larger than your platform, that was made to be tossed into a building. It didn't matter how it landed - it could drive either way.
And it reminds everyone else of Robot Wars, where robots capable of operating in either orientation are a common defence against flipper weapons and wedge-bots.
Hi, There is this stuff where you can "rubberize(?)" your metal tools so they have a rubber grip, what if you put that on the edge of the wheels to give them some grip?
I know you might think you're a pretty boring person but not everybody can make playing with remote control cars fun to watch 😆 I love your videos man, thanks 😁
Ngl I was giggling seeing the concept of my wheel's design performing so well. Downside - damn slippery TPU. Really appreciate the ego inflation going on there. Also damn sorry my design embued your rover with my slightly pervy sense of humor.
While I know you probably don't want to spend dozens of hours printing various wheels, but I'd love to see more viewer designs put to the test. :) I bet there'd be some really fascinating designs to overcome the traction, even using slick PLA.
No matter what many people think, military designers are not stupid and there was a reason why tracked vehicles were adopted due to there offroad capabilities. No type of wheel can ever come close.
I made a tank out of ABS, everything is printed solid at 98% infill, it has metal-toothed pullies as you find in a 3D printer with toothed belts as the reduction drive with 2 quadcopter motors. It has double reduction (i.e 2 belts per motor 1:16 reduction ratio) onto a metal shaft, a long bolt, using the hex bolt head to mesh with the ABS drive wheels (sprockets). The other only metal part is the roller bearings used on the main drive shafts and on all idler wheels. The shafts for the idler wheels are printed in ABS and 4mm in diameter with a slight flat on one side so it is printable. The idea works really well and is really strong. The shafts are stationary with the wheels spinning around them. Everything else is ABS printed (apart from screws and nuts holding the various parts together). There are 2 ECU's to drive the quadcopter brushless motors and the ECU's are controlled by an Arduino nano fully programmed by me (no Arduino libraries except for the NRF24L01 library). I find that printing things flat and bolting them together gives really good strength. It's a bit like cutting it out of plywood or a sheet of metal. The tracks are printed in ABS using nylon 3D printer filament as pins to hold them together. The quadcopter motors cost about $15 AUD each and the ECU's cost about $20 AUD each. The ECU's were reflashed with Simon K software to give forwards and reverse on the motors. The Arduino nano cost about $4 AUD and the NRF24L01 cost about $4 AUD. But I used a whole roll of ABS at about $35 AUD. Many parts were printed several times with minor tweaks to the design. I also made a bulldozer with a NEMA 17 stepper motor in the track frame and a single reduction belt drive (1:4 ratio). The motor has a metal pully (from a 3D printer) with a toothed belt but the sprocket end is printed in ABS with both the large-toothed pully and track drive sprocket as one unit (contained within the width of the track) this meant I could use a stationary shaft printed from ABS just like on the idler wheels. The belt is inside the track frame. By mirroring the process for the other side I had two tracks (no drive motors within the body) with wires from the track frame into the body. This gave me room to put a 3rd NEMA 17 inside the body to raise and lower a blade on the front. Again I used an Arduino nano to control all 3 stepper motors using my own code (no Arduino libraries except for the NRF24L01 library). The NEMA 17 's cost about $4 AUD each and each NEMA 17 has a stepper controller board (DRV8825) I also used voltage step-up boards to step the drive motor voltage up to 26 volts. This lets me run the NEMA 17 at 1,100 RPM for a somewhat slow top speed, but hey, it's a bulldozer and they are slow. I built a remote control (from ABS) using an Arduino nano with an NRF24L01 wireless board with a screw-on antenna. I used hall effect sensors to read the joystick movements. The remote has automatic trimming on every axis (two joysticks with 2 axes each). Both the tank and bulldozer is steered by only one joystick (forwards and backward, clockwise and anti-clockwise turns). The bulldozer uses the second joystick to raise and lower the blade. Both the tank and bulldozer use NRF24L01 wireless boards with the antenna "printed" on the circuit board, to be controlled by my homemade remote. If only I could post photos!
Reminds me of the old Tyco Rebound. Its a bit silly but I'd rotate the axles outward and stick some 2.8 monster truck wheels on if the gearing doesnt burn out the motor and allow it to run upside down like the Rebound
This was a fun video to watch, but then so are all you videos. Each video you release I learn something and have fun. Thanks for teaching a 54 year old dog new tricks. LOL :)
Some years ago, there was a huge debate in Canada about whether we needed true tanks for our army, or could do the job with light armoured vehicles. LAVs are not only cheaper to purchase, they're easier and cheaper to operate because they have wheels. In the end, experience in Afghanistan convinced the government there was still a need for track-laying armoured vehicles. The bit with the EAT06 reminds me a lot of the videos being passed around by the pro-tank side. :)
Someone may have already suggested. What about create a gear and idler wheel for the new platform and print tracks and see how the new platform behaves against the tank?
Has anyone else realised that Angus looks really fit? Like how do you do it man? Looking quite snazzy in those shades btw Also I really enjoyed watching the video :D The names of the obstacles in the course show how much you think these things out haha
"King Blob" might not have the most informed understanding of what constitutes "fit". Angus should be 0.66 of his current mass to be considered close to fit. Just fact. Even Angus was kind enough to mention he's not fit here. These lockdowns are brutal on our overall health.
@@mozkitolife5437 Actually, you are correct. I infact am not an expert on what and what is not considered fit. It was just Angus's appearance of fairly well built that led me to that conclusion.
@@kingblob17 No worries. I'm not trying to be insulting. I guess there's fit for lifting and fit for stamina etc. Angus is neither of those. Again, not insulting. This is fact. Sorry for discussing your physique, Angus. I'm in no better shape.
V1: low fast fairly simple V2: more ground clearance, better motors, gear box V3: suspension, monster truck tires V4: tracks without suspension V5: half track with suspension on the tires and tracks with all previous aforementioned upgrades. V6: some sort of system to allow for vertical movement like a grappling hook launcher
I love your channel Angus. I am blown away with your creativity. I just cannot fathom why you do not have a cheap wireless lav mic. Like even with Australian rubles it cant be more than a few bucks. I am talking about the cheap knockoff Chinese Rode lapel mics. I have like 3 of them that sound amazing and are small enough to wear on a t-shirt without an attached lav mic, but just wearing the box part. Anyway hope its not too harsh. I offer it as a kindness and not to be an asshole.
Quite fun to watch :) If indeed your gears got damaged you can use helical gears next time. With more teeth in contact at any time they can handle higher torque. With 3D-printing even double helical gears are easy to manufacture. That way you don't even get axial forces as a tradeoff.
Back in the early 90's I had a Tyco Fast Traxx that was quite the unit. It did have 2 limitations, ground clearance was not very good and it was prone to getting stuff lodged between the track and drive wheels. But the big problem was a weak gearbox. After minimal run time it would start loosing teeth and have to be replaced.
I’m glad you reset and tried again sometimes. Even with real off-roading while really having the proper setup for the terrain, it doesn’t always go perfect the first time and you have to try again. I always hate when people “testing” something are so rigid and rushing so much, that they give something 1 try and if it doesn’t work, declare it a failure even though it may have been their control that was the problem and not the thing they were testing.
Did anyone else get a "young kid in backyard, playing make-believe" with the obstacle course? Fun video and great finding a solution to "can't leave home"
I was experimenting with TPU wheels. Printed on the side, with no top or bottom layers and hex of triangle or gyroid infill so its soft and complient. it had a tractor texture on the outside. ajust the infill % and perimiter layers to change stiffness.
If you used a spray rubber coating on some of the smooth plastic wheels, I'd be interested in the results. Might give more tractions. Another idea - wheels with variable but even width. Would allow you to climb narrower surfaces that are above and below and drag the cart towards the grip
WOW do I feel bad for you prisoners BUT you asked for it. Credit to you, I watched your printer comparison video a few weeks ago and decided to purchase a PRUSA .......And all because of your videos so thank you!!
The wobbly wheels being good on rollers kinda makes sense. Because they aren't just pushing in line with the platform, they are also acting kinda like a with a screw action where they are pushing sideways as well which moves it forwards
It would be interesting to see the wobble wheels with a soft, sticky rubber tire. The combination of traction with eccentric motion might be very effective.
LOL at your silliness !!! Love the video as it got be extra difficult make content under lock down ! Stay safe and hope everyone will get the injections soon Love and kiss Jenifer xxx Ps hope the hairdresser will open soon and you can get the blond tips back !!! lol
VIDEO IDEA: 1. Make your own tank tracks out of 3D print to be used on your RC platform. 2. Try alternate track systems. Like your multiple versions of wheels
Adding a extra set of tires would divide the load of the RC car you made over the car. Also, it would add more weight to it, providing more downward force, making more traction. You can also do the same thing with lead sinkers or under mounted rails (like a bobcat, a Johnny cart, or something along those lines)
Looks like the brushless motors struggle at low rpm. That's just super hard to avoid with sensorless comutation. Also, try adding a v-tail mixer and tail-rotor gyro to the platform. I'll transform you into a drift master and MASSIVELY increase control.
One thing that you should test is Platform configuration, I mean, its better a 4x4, 6x6 or 8x8 with what wheels in what terrain. A lot of offroad vehicles add more axles to better distribute the weight, so I do wonder if that can be seen at scale
This was filmed during the 2021 lockdown when a travel radius limitation was introduced to reduce spread. That's why it wasn't appropriate to travel to and film at the beach. They are no longer in effect.
Will you be testing these on the beach now?
Ahhhhhh. See I came here to ask what changes could possibly make it to where you werent allowed to have an electric arc car on a sandy beach. I was like some weird motorized vehicles on the beach law? Some environmental protection law?
Covid. How could I forget covid. Makes perfect sense lol
Travel radius is something that never made sense to me, nor did COVID ZERO.
Super late on this but I just watched the video and wondered if you would put some screws through the white flex wheel to give it traction
Sorry your government is like it is, seems the jailers are back in charge in australia
Having said that, the obstacle course was a lot of fun!
The reason it's loud is because of gearing.
They use small DC motors and a plastic spur gearbox.
I love the look and scale of it.
I wouldn't mind getting my hands on a cad drawing of one.
The fact that OwObotics is a thing is proof that we are evolving
devolving*
@@MichelleW870 _evolving_
I thought I misheard him at first
Devolving*
@@BigCroca *evolving*
Every episode, I enjoy this series even more! I can't wait to see how well those gears survived.
Been seeing u quite alot in comments
I have a question why is it that my pla when it’s going to finish the print it start stringing or little spot like it not conecting. It only happen at the end. Can you help.
Next round: RCTestFlight's 3D printed tank/snowkat
Pls yes, came to the comments to recommend him to check it out.
Surprise seeing you here. I remember your KSP builds several years ago.
@@thePenguinous Aw thanks mate XD
I’d say make a tracked one or buy a snowcat
When I saw the spiked wheels continue to drive while upside-down, it reminded me of a demo of police robots that I saw a few years ago. They had one, not much larger than your platform, that was made to be tossed into a building. It didn't matter how it landed - it could drive either way.
Lol, thanks for your compliment 😃
And it reminds everyone else of Robot Wars, where robots capable of operating in either orientation are a common defence against flipper weapons and wedge-bots.
Hi,
There is this stuff where you can "rubberize(?)" your metal tools so they have a rubber grip, what if you put that on the edge of the wheels to give them some grip?
Love this idea!
LOL just spray it with flexseal
Plastidip
FLEXSEAL LIQUID!
Any of those lol
Foliage Fortress? Tiles of Trepidation? Dodo?? Bro you are the Best 😎!! This is srsly awesome!!
Tangled hose should've been called "half a billy". Just add a Gatorade bottle
I know you might think you're a pretty boring person but not everybody can make playing with remote control cars fun to watch 😆 I love your videos man, thanks 😁
Ngl I was giggling seeing the concept of my wheel's design performing so well. Downside - damn slippery TPU.
Really appreciate the ego inflation going on there.
Also damn sorry my design embued your rover with my slightly pervy sense of humor.
Why not to create your own tracks you could mount on the spike wheels?
Good fun!
I think I'm gonna try that
Ooh, did I think about that, I would send him that lol
While I know you probably don't want to spend dozens of hours printing various wheels, but I'd love to see more viewer designs put to the test. :)
I bet there'd be some really fascinating designs to overcome the traction, even using slick PLA.
No matter what many people think, military designers are not stupid and there was a reason why tracked vehicles were adopted due to there offroad capabilities. No type of wheel can ever come close.
There is still downsides like the weight, complexity and power consumption... but nothing defeats terrain better.
This was a really fun video to watch, you did a great job designing the course despite it's simplicity.
I made a tank out of ABS, everything is printed solid at 98% infill, it has metal-toothed pullies as you find in a 3D printer with toothed belts as the reduction drive with 2 quadcopter motors. It has double reduction (i.e 2 belts per motor 1:16 reduction ratio) onto a metal shaft, a long bolt, using the hex bolt head to mesh with the ABS drive wheels (sprockets). The other only metal part is the roller bearings used on the main drive shafts and on all idler wheels. The shafts for the idler wheels are printed in ABS and 4mm in diameter with a slight flat on one side so it is printable. The idea works really well and is really strong. The shafts are stationary with the wheels spinning around them. Everything else is ABS printed (apart from screws and nuts holding the various parts together). There are 2 ECU's to drive the quadcopter brushless motors and the ECU's are controlled by an Arduino nano fully programmed by me (no Arduino libraries except for the NRF24L01 library). I find that printing things flat and bolting them together gives really good strength. It's a bit like cutting it out of plywood or a sheet of metal. The tracks are printed in ABS using nylon 3D printer filament as pins to hold them together.
The quadcopter motors cost about $15 AUD each and the ECU's cost about $20 AUD each. The ECU's were reflashed with Simon K software to give forwards and reverse on the motors. The Arduino nano cost about $4 AUD and the NRF24L01 cost about $4 AUD. But I used a whole roll of ABS at about $35 AUD. Many parts were printed several times with minor tweaks to the design.
I also made a bulldozer with a NEMA 17 stepper motor in the track frame and a single reduction belt drive (1:4 ratio). The motor has a metal pully (from a 3D printer) with a toothed belt but the sprocket end is printed in ABS with both the large-toothed pully and track drive sprocket as one unit (contained within the width of the track) this meant I could use a stationary shaft printed from ABS just like on the idler wheels. The belt is inside the track frame. By mirroring the process for the other side I had two tracks (no drive motors within the body) with wires from the track frame into the body. This gave me room to put a 3rd NEMA 17 inside the body to raise and lower a blade on the front. Again I used an Arduino nano to control all 3 stepper motors using my own code (no Arduino libraries except for the NRF24L01 library).
The NEMA 17 's cost about $4 AUD each and each NEMA 17 has a stepper controller board (DRV8825) I also used voltage step-up boards to step the drive motor voltage up to 26 volts. This lets me run the NEMA 17 at 1,100 RPM for a somewhat slow top speed, but hey, it's a bulldozer and they are slow.
I built a remote control (from ABS) using an Arduino nano with an NRF24L01 wireless board with a screw-on antenna. I used hall effect sensors to read the joystick movements. The remote has automatic trimming on every axis (two joysticks with 2 axes each). Both the tank and bulldozer is steered by only one joystick (forwards and backward, clockwise and anti-clockwise turns). The bulldozer uses the second joystick to raise and lower the blade.
Both the tank and bulldozer use NRF24L01 wireless boards with the antenna "printed" on the circuit board, to be controlled by my homemade remote.
If only I could post photos!
I'm glad you got to have some fun during your lockdown, cheers for the vid
An awesome sequel series to this would be a custom track design contest, seeing how much better the base model is compared to wheels.
There's something very cute about this, like DARPA showing a combat robot being tested on a children's climbing frame because of lockdown
Loved the Backyard course. Great memories.. Thanks
16:00 To be fair to our Dodo friend, he shrugged off that hit pretty well 🤔
I got on to comment the same thing. The tank may have dominated the course, but he couldn't defeat the extinct bird.
Crazy tracks next?!?!? Love this series!
Reminds me of the old Tyco Rebound. Its a bit silly but I'd rotate the axles outward and stick some 2.8 monster truck wheels on if the gearing doesnt burn out the motor and allow it to run upside down like the Rebound
I like these hobby meshing videos. It’s cool seeing fresh ideas for projects that might be obvious to some, but others may not have ever considered.
I love the work you are doing on this platform. Keep it up!
the alliteration in this video is top teir
Love the fact that the motors names starts with OwO
I love the random obstacle course! Just the stuff around Angus home. It always a good day with a Makers Muse video!
This was a fun video to watch, but then so are all you videos. Each video you release I learn something and have fun. Thanks for teaching a 54 year old dog new tricks. LOL :)
4:00 I love how the tiles perfectly match the wheelbase of the car, so it kinda bounces across
Really enjoy the channel btw. You convinced me to get into 3d printing as a hobby :)
Angus is such a cool guy. Would love to have him as a friend (one that you don't see much but you always get hyped when you going to meet)
Some years ago, there was a huge debate in Canada about whether we needed true tanks for our army, or could do the job with light armoured vehicles. LAVs are not only cheaper to purchase, they're easier and cheaper to operate because they have wheels. In the end, experience in Afghanistan convinced the government there was still a need for track-laying armoured vehicles. The bit with the EAT06 reminds me a lot of the videos being passed around by the pro-tank side. :)
Awesome video.
Keep on living your dreams.
Regards from South Africa 🇿🇦
Someone may have already suggested. What about create a gear and idler wheel for the new platform and print tracks and see how the new platform behaves against the tank?
Yeah, it's a good plan!
Innovative use of lockdown, Angus. I don't expect anything less from you. Very interesting physics with mundane objects 👏
The Tank running the course reminds reminds me of the obstacles in commercials for Tyco's offroad RC toys.
Excellent project
Has anyone else realised that Angus looks really fit? Like how do you do it man? Looking quite snazzy in those shades btw
Also I really enjoyed watching the video :D The names of the obstacles in the course show how much you think these things out haha
Haha i'm not too bad but 2020 made me a lil pudgy! Been trying to eat better though. Shades were a lucky vintage find, I bought spares :P
"King Blob" might not have the most informed understanding of what constitutes "fit". Angus should be 0.66 of his current mass to be considered close to fit. Just fact. Even Angus was kind enough to mention he's not fit here. These lockdowns are brutal on our overall health.
@@mozkitolife5437 Actually, you are correct. I infact am not an expert on what and what is not considered fit. It was just Angus's appearance of fairly well built that led me to that conclusion.
@@kingblob17 No worries. I'm not trying to be insulting. I guess there's fit for lifting and fit for stamina etc. Angus is neither of those. Again, not insulting. This is fact. Sorry for discussing your physique, Angus. I'm in no better shape.
OwObotics. We are evolving.
V1: low fast fairly simple
V2: more ground clearance, better motors, gear box
V3: suspension, monster truck tires
V4: tracks without suspension
V5: half track with suspension on the tires and tracks with all previous aforementioned upgrades.
V6: some sort of system to allow for vertical movement like a grappling hook launcher
feature creep! It'll probably play out like that too.
A lot of fun watching too - thanks a lot!
This is like a video-paper on "Wheel profiles for home-garden exploring robots". The same obstacles would be found on my parent's garden xD
I would totally watch any sort of robotics/printed vehicles/mechanics olympics on this channel similar to the marble olympics.
I love your channel Angus. I am blown away with your creativity. I just cannot fathom why you do not have a cheap wireless lav mic. Like even with Australian rubles it cant be more than a few bucks. I am talking about the cheap knockoff Chinese Rode lapel mics. I have like 3 of them that sound amazing and are small enough to wear on a t-shirt without an attached lav mic, but just wearing the box part. Anyway hope its not too harsh. I offer it as a kindness and not to be an asshole.
I like how the tank demolishes the course but then gets demolished by the Dodo bird.
Bruce, my cat, loved this video.
Quite fun to watch :) If indeed your gears got damaged you can use helical gears next time. With more teeth in contact at any time they can handle higher torque. With 3D-printing even double helical gears are easy to manufacture. That way you don't even get axial forces as a tradeoff.
Back in the early 90's I had a Tyco Fast Traxx that was quite the unit. It did have 2 limitations, ground clearance was not very good and it was prone to getting stuff lodged between the track and drive wheels. But the big problem was a weak gearbox. After minimal run time it would start loosing teeth and have to be replaced.
I’m glad you reset and tried again sometimes. Even with real off-roading while really having the proper setup for the terrain, it doesn’t always go perfect the first time and you have to try again.
I always hate when people “testing” something are so rigid and rushing so much, that they give something 1 try and if it doesn’t work, declare it a failure even though it may have been their control that was the problem and not the thing they were testing.
I love seeing how all the wheels preform
Excited for the next set of wheels! The obstacle course is perfect for your robotic platform and the crazy wheels!
Did anyone else get a "young kid in backyard, playing make-believe" with the obstacle course? Fun video and great finding a solution to "can't leave home"
I was experimenting with TPU wheels. Printed on the side, with no top or bottom layers and hex of triangle or gyroid infill so its soft and complient. it had a tractor texture on the outside. ajust the infill % and perimiter layers to change stiffness.
Very "Legends of the Hidden Temple" with the course. Love it.
This made me laugh a few times, which is quite the accomplishment. Thanks!
Lockdown is the mother of desperation Angus. Nice job.
I love this series! Fun to see some robots and 3D Printed projects together.
This was a balm for the inner child. :D
Best Spectator Ever! Would love to see some tracks printed in TPU and hard plastic with different treads. Maybe some sort of interchangeable bits?
Great job making the best of the situation with lockdown
Looking forward to the next vid in this series! :)
If you used a spray rubber coating on some of the smooth plastic wheels, I'd be interested in the results. Might give more tractions. Another idea - wheels with variable but even width. Would allow you to climb narrower surfaces that are above and below and drag the cart towards the grip
the thumbnail of this video is beautiful
Really enjoyed the tests. Thanks so much for putting it all together.
WOW do I feel bad for you prisoners BUT you asked for it. Credit to you, I watched your printer comparison video a few weeks ago and decided to purchase a PRUSA .......And all because of your videos so thank you!!
Lockdown has driven Angus over the edge. Masterwork in amusing yourself with you have on hand.
I can see this becoming the Fan Showdown of Max's channel
The wobbly wheels being good on rollers kinda makes sense. Because they aren't just pushing in line with the platform, they are also acting kinda like a with a screw action where they are pushing sideways as well which moves it forwards
Great series. I love rc cars and that is what got me into 3D printing a couple years ago.
man top notch obstacle naming!!
Thanks for some great lockdown entertainment
Wow, that a Rundown..
Thanks for sharing :-)
It would be interesting to see the wobble wheels with a soft, sticky rubber tire. The combination of traction with eccentric motion might be very effective.
Printing some square knobs on the ends of the expanding wheel fingers could add weight to increase the centrifugal force and traction when expanded.
You could try mixing types of wheels for improved performance, eg. one type on front other on back..
I hope you’re doing good in this dang lockdown
Angus = cute content on tracks ❤️❤️❤️
love the orange glasses
I would be curious how the hard 3D printed wheels do if you did something like glue a timing belt to the circumference or something.
Skin a R/C tire and put it on the outside. We just to cut and patch together different crawler tires back before they offered millions of options.
Good luck with lock-down, be careful and healthful.
This was so much fun to watch
So much fun to watch!
Your notification makes my day.
"live from Bored during lockdown, Angus presents ..." nice one!
Such a fun video to watch, hope to see more spike type wheels in the future!
Pretty cool
Are we just not gonna talk about how the dodo just DESTROYED the tank?
15:58
LOL at your silliness !!! Love the video as it got be extra difficult make content under lock down !
Stay safe and hope everyone will get the injections soon Love and kiss Jenifer xxx
Ps hope the hairdresser will open soon and you can get the blond tips back !!! lol
VIDEO IDEA:
1. Make your own tank tracks out of 3D print to be used on your RC platform.
2. Try alternate track systems. Like your multiple versions of wheels
How did you record that outdoor voice audio so clearly, that was really impressive
Had to use the interview mic! Anything else gets all the wind.
I think lapel mics do pretty well. $25 will get a decent one.
I feel like those flexible wheels would work really well on a fast RC like an Armma Granite or Traxxas of some sort. Love these experiments!
Great video! I was just watching the difference between a drill and an impact driver and the spiky wheels seem like an impact driver.
Great names for the obstacles! 🤣
Nice glasses, nice micro!
Adding a extra set of tires would divide the load of the RC car you made over the car. Also, it would add more weight to it, providing more downward force, making more traction. You can also do the same thing with lead sinkers or under mounted rails (like a bobcat, a Johnny cart, or something along those lines)
Incredible video!!! Keep up the awesome content!
Looks like the brushless motors struggle at low rpm. That's just super hard to avoid with sensorless comutation. Also, try adding a v-tail mixer and tail-rotor gyro to the platform. I'll transform you into a drift master and MASSIVELY increase control.
Please Angus, has the RC bumping the dodo had some babies together??? 🤣
Dodo tanks could be a thing just saying ! XD
@@MakersMuse feral Dodo-tanks would be cute little creatures like gremlins ❤️❤️❤️😜🤣
Can we get a t-shirt with the line "I'm gonna let my tank do the talking."?
Yes!
One thing that you should test is Platform configuration, I mean, its better a 4x4, 6x6 or 8x8 with what wheels in what terrain. A lot of offroad vehicles add more axles to better distribute the weight, so I do wonder if that can be seen at scale