Connection diagram and components
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The kit could use some mechanical adjustments, like height elevation, reducing steering limitations, reducing mechanical friction. All by following this guide
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The kit steering may not be configured properly, so steering value could have an error when doing a movement. By following this guide you can ensure the value set is the real one.
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There’s not a movement function corelating PWM signal to speed value, so a series of measurements have been done manually. If a more precise resolution is desired (ex: 211.2 mm/s), measurements can be done again by following this guide.
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There’s not a movement function corelating PWM signal to speed value, so a series of measurements have been done manually. If a more precise resolution is desired (ex: 211.2 mm/s), measurements can be done again by following this guide.
In this section, you can find all the topics related to the hardware of the vehicle, which is a 1/10 scale on-road chassis variant.
Each vehicle can come with various hardware small modifications, as it is designed for hobby usage.
Here’s the description of the car, with all it’s components:
In the following schematics you can see the connections diagram of all the HW components of the car. The GPIO lines are marked on each component.
And here’s the table with all the components and all the needed details.
Table1:
Product |
Description |
Quantity |
Mount Materials |
Price |
Others |
Picture |
---|---|---|---|---|---|---|
The base structure of the car. Comes completely assembled. model: Reely TC-04 |
1 |
N/A |
~€74 |
|||
Actuator used for the steering mechanism. model: RS-610WP (or similar) |
1 |
N/A |
~20 |
|||
Brushless motor with integrated ESC. Controls the speed of the vehicle. model: Quickrun Fusion SE, 1200KV |
1 |
N/A |
~€66 |
|||
Single-board computer thought to control the automated part of the vehicle (thinking part). model: raspberry pi 5 |
1 |
2x m2x6 |
~€80 |
|||
Air-Conditioner for your rpi |
1 |
2x m2x6 |
~€80 |
|||
Micro Controller used to control the motors and read data from the sensors and power board. model: Nucleo F401RE |
1 |
2x m3x6 |
~€32 |
|||
Monocular, wide-angle camera, the main sensor in the vehicle. model: Raspbery pi camera-module-3, wide-angle version |
1 |
2x m2x6 +2x nuts poly material |
~€30 |
|||
Used to power up the entire vehicle. It’s a 2 cells LiPo battery, ranging from 4500 mAh to 6200 mAh (randomly assigned) |
1 |
N/A |
~€41 |
|||
Custom made power distribution board. Enables connection of 2 batteries (increased autonomy), delivers the power in the entire vehicle, returns feedback regarding battery voltage and the instant consumption of the entire vehicle. It has also the IMU embedded in it |
1 |
3x 25 spacer-nut |
N/A |
|||
Custom made IMU board |
1 |
duck tape |
N/A |
|||
Micro SD card of 16GB. Serves as the raspberry pi memory.Various brands may be distributed. |
1 |
N/A |
~€5 |
|||
Cable for communication between Raspberry and Nucleo. USB(RPi) and mini-USB(Nucleo). It’s a 15cm cable. |
1 |
N/A |
~€3 |
|||
Cable flexi cable for communication between Raspberry and it’s camera. It’s a 30 cm cable. |
1 |
N/A |
~€1 |
|||
Cable for alimentation of the raspbery pi. It’s a simple type-c cable |
1 |
N/A |
~€3 |
|||
Charger for the LiPo battery. |
1 |
N/A |
~€32 |
|||
The cover body that goes on top of the car, covering the entire vehicle interior. model: Lexus, BMW, ford assigned randomly. The vehicle can be of various colors |
1 |
N/A |
~€40 |
And here are the 3d printed components for the car itself. Available also in editable format, as sldprt extension at this link: solid parts.
Table 2
Product |
Description |
Mount Materials |
Picture |
---|---|---|---|
The support for Raspbery and Nucleo. |
spacer nut threaded rod + 2x m3 nuts + 2x m3 washers |
||
The camera support sitself. |
m2x20 screw + m2 nut |
||
The part that enables the rotation of the camera. |
2xM3 spacer nut 2xM3 nut + M3 threaded rod |
||
The part that fixes the entire assemble to the chassis. |
2x M6x12 poly screw+ 2x nuts |