Wheel condition plays a crucial role in the performance of any robot, so it’s common practice to maintain your robot before testing and especially before a competition. Here are some steps you can take to ensure that any variations in the robot’s performance aren’t due to the wheels:
Урок, в който ученици могат да направят имейл за употреба в курсове, където употребата на лична поща не се препоръчва
Securely dock the ship that contains the samples and artifacts your team has collected.
Collect samples and artifacts from around the mat so they can be analyzed by scientists in the lab.
Adjust the cargo ship’s route to safely avoid whale migration routes by moving to another shipping lane.
Krill are a whale’s favorite food! Collect the krill and feed them to the hungry whale.
Use the ship’s sonar technology to scan the surroundings for nearby objects or animals.
Some waters are too difficult to reach with larger ships. Send the submersible to explore the opposing field’s waters.
An unknown creature has attached itself to the AUV! Safely release it and deliver it to the cold seep.
Rearrange the artificial habitat stacks to create safe homes for the crabs and other sea creatures in this area.
Retrieve the chest from the shipwreck to reveal the history and treasure it holds.
Raise the mast to restore the sunken shipwreck and explore what is inside.
Guide the angler fish back to its unexpected home within the shipwreck.
Help the scuba diver transport new coral from the nursery to the reef.
Carefully mount the new coral structure without damaging other nearby reef segments.
The shark was just tagged for research - release it back into its habitat.
Secure new coral structures to grow in the nursery until they are strong enough for transport to the reef.
This is the most basic line-following method, commonly known as the "ducky" line-following method.
Следването на линия е много често срещана състезателна категория. Ето как можете да започнете в него!
Ето един начин за програмиране с помощта на цветен сензор!
