LEGO Education SPIKE Prime
Python program to accomplish FLL 2020 Pull-Up bar, with LEGO Education SPIKE Prime
This Python program is for controlling Gazon, LEGO Education SPIKE Prime competition robot to accomplish FIRST LEGO League (FLL) 2020 RePLAY Challenge mission 06 - Pull-Up Bar using Attachment for FLL 2020 Pull-Up bar mission
.- #zcmnfb
- 03 Jul 2021
Python program to accomplish FLL 2020 Robot Dance, with LEGO Education SPIKE Prime
This Python program is for controlling Gazon, LEGO Education SPIKE Prime competition robot to accomplish FIRST LEGO League (FLL) 2020 RePLAY Challenge mission 07 - Robot Dance.
- #i0chn6
- 18 Jul 2021
FLL 2020: Attachment for the Step Counter mission
This robot attachment is placed at the front of a LEGO Education SPIKE Prime competition robot to facilitate and accomplish the FIRST LEGO League 2020 RePlay Step Counter mission. We can use the attachment or we can skip it.
- #1338
- 08 Sep 2021
Scratch (Word Blocks) program to solve the M5 switch engine mission
This program was intended for and tested on the Gazon, LEGO Education SPIKE Prime competition robot with the Cargo Connect M05 Switch Engine attachment. It is meant to help the robot complete the 5th mission of the FLL Cargo Connect competition.
- #dj8fvz
- 18 Oct 2022
Scratch (Word Blocks) program to solve the M02 Unused Capacity LSAv3.2.4
The robot moves and turns with this program to accomplish the M02 Unused Capacity mission where we have to Deliver/Push a mission model
- #b2ptve
- 07 Jun 2023
Mustak - LEGO SPIKE Prime simple distance sensor robot
In Arabic, "mustakshif" means "explorer."
This simple robot uses two wheels connected to medium motors for movement. It also has an ultrasonic sensor at its front.
- #1707
- 25 Jul 2024
MiniBox - LEGO Education SPIKE Prime box robot
The MiniBox box robot features a unique design with three perpendicularly rotating gearwheels, which simplifies the attachment design process. This setup allows teams to easily create and connect attachments on multiple sides, making it quick to adjust the robot for various tasks.
Its structure includes walls with a maximum attachable surface area, offering flexibility in attachment placement. This extensive surface allows for secure connections, so teams can experiment with different attachment configurations.
The MiniBox’s compact size is best suited for smaller, lightweight attachments. When working with larger attachments, its balance and stability can be affected, limiting its effectiveness in tasks that require more substantial setups.
- #1868
- 19 Sep 2024