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* Uses the ROS 2 library.
* Uses the ROS 2 library.
=== Hardware Components ===
=== Hardware Components ===
* Raspberry Pi Pico W based [[Robot_State_Agent | RSA]] unit that controls the sensors and motors and provides remote control capabilities.
* [[Raspberry_Pi_Microcontrollers#Raspberry_Pi_Pico_Series | Raspberry Pi Pico W]] based [[Robot_State_Agent | RSA]] unit that controls the sensors and motors and provides remote control capabilities.
* Raspberry Pi 5 or 6 based [[Robot_Task_Controller | RTC]] unit for computer vision and ROS integration.
* [https://www.raspberrypi.com/products/compute-module-4/ Raspberry Pi Compute Module 4] based [[Robot_Task_Controller | RTC]] unit for computer vision and ROS integration.
* [https://www.waveshare.com/product/raspberry-pi/boards-kits/compute-module-4-4s-cat/cm4-nano-b.htm Waveshare Nano Base Board (B)] for Raspberry Pi Compute Module 4
* [[Arexx RP5]] tracked vehicle chassis with 2 DC motors.
* [[Arexx RP5]] tracked vehicle chassis with 2 DC motors.
* 7.4 V lithium-polymer battery
* 7.4 V lithium-polymer battery
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=== Roadmap ===
=== Roadmap ===
* <span style="color:#888">Structural design</span>
* <span style="color:#888">Structural design</span>

Revision as of 2025-05-02T22:54:12


LT1 is the land training platform for learning vehicle maneuvering skills.

Software Components

RSA application

  • Uses the EDC library for controlling electronic devices.
  • Uses the Raspberry Pi Pico C SDK

RTC application

  • Uses the Core library.
  • Operating environment based on Yocto 5.0 (Scarthgap)
  • Uses the ROS 2 library.

Hardware Components


The design of LT1 is open. The project files are available on GitLab.

Roadmap

  • Structural design
  • Electrical design
  • Manufacturing
  • Basic functional software
  • Testing and debugging
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