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{{Project | {{Project | ||
|Name=T-119RC "Bert" | |Name=T-119RC "Bert" | ||
|Skills=3d printing, metal working, electronics, design, cad, | |||
|Status=Active | |Status=Active | ||
|Picture= | |Niche=Mechanics | ||
|Purpose=Electronics, fun, world domination | |||
|Picture=NKcLWgA.jpeg | |||
|Tool=No | |Tool=No | ||
|Location= | |Location=r3boots home | ||
|Cost=hahaha, next question! | |||
|Category=Fabrication | |||
|Participants=r3boot | |Participants=r3boot | ||
}} | }} | ||
=== What === | === What === | ||
A remotely controlled tank chassis. | A remotely controlled tank chassis. | ||
== Why == | == Why == | ||
My Grandfather was a tank commander, and ever since I was a kid | My Grandfather was a tank commander, and ever since I was a kid he took me along to base to play around his tanks. Since then I have been impressed with large vehicles. Also, as a kid, I did a lot of modelling. So lots of years later, while I was building [https://www.thingiverse.com/thing:3226643 a scale model of the T90], I got the inspiration to build my own remotely controlled tank chassis because why not? :) | ||
== How == | == How == | ||
This project started with an RC suspension component. Using that, I gradually designed a tank around it. The tank itself has been built using a mix of techniques. The chassis is made using aluminium profiles bought from the Gamma and bound together using rivets. All moving parts have been made using 3d printing. The motors come from spare parts from Henglong RC tanks and the control was originally part of an RC helicopter/aircraft. Arduino-based electronics have been added to translate the aircraft controls to tank controls | This project started with an RC suspension component. Using that, I gradually designed a tank around it. The tank itself has been built using a mix of techniques. The chassis is made using aluminium profiles bought from the Gamma and bound together using rivets. All moving parts have been made using 3d printing. The motors come from spare parts from Henglong RC tanks and the control was originally part of an RC helicopter/aircraft. Arduino-based electronics have been added to translate the aircraft controls to tank controls | ||
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== POIDH! == | == POIDH! == | ||
Hover over the images for a description | |||
[[File:pZvW9xC.jpeg|640px|The inspiration for building this chassis]] | [[File:pZvW9xC.jpeg|640px|The inspiration for building this chassis]] | ||
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[[File:cxje5cj.jpeg|640px|2nd attempt of the chassis (no pictures exist of the first attempt)]] | [[File:cxje5cj.jpeg|640px|2nd attempt of the chassis (no pictures exist of the first attempt)]] | ||
[[File:vRhukT6.jpeg|640px|First batch of v1 of the individual tracklinks. The | [[File:vRhukT6.jpeg|640px|First batch of v1 of the individual tracklinks. The tracks are linked using metal rods which were not secured in the plastic and caused major damage during the first testrun]] | ||
[[File:EnfPXuC.jpeg|640px|The centering tooth in the tracklinks was too small & broke, so they were redesigned]] | [[File:EnfPXuC.jpeg|640px|The centering tooth in the tracklinks was too small & broke, so they were redesigned]] | ||
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[[File:DzMJBEx.jpeg|640px|A failed experiment in creating a housing for the reduction gear using available spare parts]] | [[File:DzMJBEx.jpeg|640px|A failed experiment in creating a housing for the reduction gear using available spare parts]] | ||
[[File:1fLhOZ4.jpeg|640px|The pins connecting the tracks would walk once you drove the tank. This caused the pins to | [[File:1fLhOZ4.jpeg|640px|The pins connecting the tracks would walk once you drove the tank. This caused the pins to protude, and this in turn hooked onto other parts of the chassis, causing breakage]] | ||
[[File:Gjp9VSv.jpeg|640px|More closeups of the damage created by the floating track pins]] | [[File:Gjp9VSv.jpeg|640px|More closeups of the damage created by the floating track pins]] | ||
Latest revision as of 20:54, 24 March 2022
| T-119RC "Bert" | |
|---|---|
 | |
| Participants | |
| Skills | 3d printing, metal working, electronics, design, cad |
| Status | Active |
| Niche | Mechanics |
| Purpose | Electronics, fun, world domination |
| Tool | No |
| Location | r3boots home |
| Cost | hahaha, next question! |
| Tool category | Fabrication |
NKcLWgA.jpeg {{#if:No | [[Tool Owner::{{{ProjectParticipants}}} | }} {{#if:No | [[Tool Cost::hahaha, next question! | }}
What
A remotely controlled tank chassis.
Why
My Grandfather was a tank commander, and ever since I was a kid he took me along to base to play around his tanks. Since then I have been impressed with large vehicles. Also, as a kid, I did a lot of modelling. So lots of years later, while I was building a scale model of the T90, I got the inspiration to build my own remotely controlled tank chassis because why not? :)
How
This project started with an RC suspension component. Using that, I gradually designed a tank around it. The tank itself has been built using a mix of techniques. The chassis is made using aluminium profiles bought from the Gamma and bound together using rivets. All moving parts have been made using 3d printing. The motors come from spare parts from Henglong RC tanks and the control was originally part of an RC helicopter/aircraft. Arduino-based electronics have been added to translate the aircraft controls to tank controls
Story
I have designed this using an iterative design process and a lot was done using learn-as-you-go. After working on this project for approx 4 months, I broke it within 45 minutes. This was caused by not caring about tolerances as I should :) This caused most of the drivetrain to be redesigned in order to have all axles straight. Once this was fixed, further testing took place. Not all individual tracklinks were printed as well as I would imagine, and this caused the tracks to break in certain situations. This was also fixed by replacing the faulty tracks.
Design files and Code
All parts have been designed using solidworks. The original design files can be found here. The code that lives on the controller, together with some schematics can be found in this file. No digital design has been made wrt the schematics.
POIDH!
Hover over the images for a description
Video of testing of the electronics: Media:YdOVfLv.mp4
It works! It bloody works!!! The first test of the tracks: Media:LDCKZsG.mp4
Video of the maiden voyage, approx 3 months after the start of the project: Media:HAzwaxl.mp4
Finally, the chassis was finished, and its time to play with it! Media:QnMHGzX.mp4