FROG FORCE!!! I remember watching the impact award video that won nationally. Im a student on team 293 and am currently a coach for a local FLL team. Super grateful for these vids❤
Correct, we are working on the full match solution, but usually don’t like to publish it until our Michigan teams are competing, so they don’t get distracted by our solution. Most likely though, we will be using the Robot Inventor Bot from last year with new multipurpose attachments. ⚙️⚙️
Hi there, I was just wondering how were u able to rotate the robot using both movement motors. My team is unsure on how to move the robot with both movement motors and we're only able to do it using one movement motor.
Hello. Sorry for the late response. Are you using the word blocks for programming in the Spike App? On the left side of the screen you have a column of colorful dots for the different categories of blocks. The top one should be blue for “Motors”. The blocks in this category are responsible for moving individual motors. Then there is the pink “Movement” category that uses the two drive motors to move the robot. If your Spike Prime robot does not recognize which of the plugged in motors are the drive motors, there is a pink block that defines which two motors are responsible for driving the robot. After you have used that block, you can use any of the pink blocks to move the robot. To confuse you a little more, at the bottom of the list of categories you should have the outline of two blocks with a plus sign next to them. Clicking on that opens a menu to select more blocks. You want to check the blue “More Motors” and the pink “More Movement” categories. Those will be added at the bottom of your list. Let us know if you need more help with this. ⚙️⚙️
Hi, I'm a coach in Socal, my team is struggling with this mission. They built a similar attachment but they're having issues getting stuck at the speakers, and not grabbing the lights lever. Can you guide us, is it gryor? How did you arrive at both locations precisely?
Hi. You are correct, we use the built in gyro sensor (yaw angle sensor) to drive straight and make precise turns. Let us know if you need any help with this. ⚙️⚙️
Thanks so much, my team has doen some gyro straight and gyro turns coding but any resources where to gather more lessons would be greatly appreaciated. @@6006TechWarriors
@6006TechWarriors Thanks for posting and offering to help others learn. We are trying to use the yaw for turning as well. When you say using the yaw to drive straight, is there a way to combine distance travelled as well while maintaining a defined yaw angle? We are using word blocks. Appreciate any knowledge you can provide!
@@paigoomein Hi. Let’s start with asking if you know how to follow a line using a light/color sensor? If so, driving straight with the yaw angle sensor will be very similar. ⚙️⚙️
Actually we use the so called “Advanced Driving Base” with modified versions of the attachments found in the “Tools” instructions. For this video we used the “Lift Arm” attachment to move the lights and speakers and, as a happy accident, were able to push the bar for Hologram Performer with the robot itself. ⚙️⚙️
@@Sunflower-xd6lb Sorry, misunderstood the question. For the driving base 1 you would need to build a similar attachment that you can lift up with the one extra motor. Since the attachment sits lower on the robot, it will have to be a little longer to reach the lever for the stage lights. With that longer arm you will not get close enough to push the M07 bar in while approaching the lever for the speakers, so you might have to do both actions separately (push the M07 bar in with the arm raised, then go in with the arm to move the speakers, or the other way around). ⚙️⚙️
Hello. Just so we understand your concern. Your solution works perfectly on the first try, then it gets worse slowly until on the fifth attempt it doesn’t work right. Our question to you is, are you resetting the motor rotations, any sensors you might use and your attachments to the same starting location before you are running your program? If not, it might just be little deviations from any sensors on the robot and a slight bit of tension in the attachment that are not being reset that will add up every time you run the program. As an example, if your attachment arm starts at zero angle and moves up and down a bunch of times during your program, it might end up at 3 degrees from where it started. With no reset, when you run the program again, the next time it will sit at maybe 6 degrees. It all adds up over time if you do not reset. Another effect could be the battery charge. Make sure you practice with your robot fully charged. Running a bunch of programs for a couple of hours will drain the battery which will slow down the robot. If you are using time for your movement blocks, maybe consider rotations or degrees instead. Let us know if you need more help. Where are you located, if you don’t mind the question? ⚙️⚙️
@@6006TechWarriors wow...I find this information very helpful. Thanks alot 😁 In addition, is also applicable to the movement of the robot? That is resetting the robot movement continuesly after several movement
Sorry, but we do not share our code for one simple reason. Your team will not learn how to program the robot from our code. And our programs for the individual mission solutions always make the robot return to one of the home bases. For a complete match you will have to combine multiple missions in one program to not waste time driving back home in between missions. We will gladly help you with any problems you might have. Let us know what you need help with. ⚙️⚙️
FROG FORCE!!! I remember watching the impact award video that won nationally. Im a student on team 293 and am currently a coach for a local FLL team. Super grateful for these vids❤
Very creative. Its too early to ask but for the complete run, will you continue using this 1 same attachment with minor modifications? 😊
Correct, we are working on the full match solution, but usually don’t like to publish it until our Michigan teams are competing, so they don’t get distracted by our solution. Most likely though, we will be using the Robot Inventor Bot from last year with new multipurpose attachments.
⚙️⚙️
Hi there, I was just wondering how were u able to rotate the robot using both movement motors. My team is unsure on how to move the robot with both movement motors and we're only able to do it using one movement motor.
Hello. Sorry for the late response. Are you using the word blocks for programming in the Spike App?
On the left side of the screen you have a column of colorful dots for the different categories of blocks. The top one should be blue for “Motors”. The blocks in this category are responsible for moving individual motors.
Then there is the pink “Movement” category that uses the two drive motors to move the robot. If your Spike Prime robot does not recognize which of the plugged in motors are the drive motors, there is a pink block that defines which two motors are responsible for driving the robot.
After you have used that block, you can use any of the pink blocks to move the robot.
To confuse you a little more, at the bottom of the list of categories you should have the outline of two blocks with a plus sign next to them. Clicking on that opens a menu to select more blocks. You want to check the blue “More Motors” and the pink “More Movement” categories. Those will be added at the bottom of your list.
Let us know if you need more help with this.
⚙️⚙️
Hi, I'm a coach in Socal, my team is struggling with this mission. They built a similar attachment but they're having issues getting stuck at the speakers, and not grabbing the lights lever. Can you guide us, is it gryor? How did you arrive at both locations precisely?
Hi. You are correct, we use the built in gyro sensor (yaw angle sensor) to drive straight and make precise turns.
Let us know if you need any help with this.
⚙️⚙️
Thanks so much, my team has doen some gyro straight and gyro turns coding but any resources where to gather more lessons would be greatly appreaciated. @@6006TechWarriors
@6006TechWarriors Thanks for posting and offering to help others learn. We are trying to use the yaw for turning as well. When you say using the yaw to drive straight, is there a way to combine distance travelled as well while maintaining a defined yaw angle? We are using word blocks. Appreciate any knowledge you can provide!
@@paigoomein Hi. Let’s start with asking if you know how to follow a line using a light/color sensor? If so, driving straight with the yaw angle sensor will be very similar.
⚙️⚙️
How do u do it with just the driving base 1
Actually we use the so called “Advanced Driving Base” with modified versions of the attachments found in the “Tools” instructions.
For this video we used the “Lift Arm” attachment to move the lights and speakers and, as a happy accident, were able to push the bar for Hologram Performer with the robot itself.
⚙️⚙️
@@6006TechWarriors yea I know the model it's just that I want to do it using the Driving base 1
@@6006TechWarriors and I don't have the expansion set so I can't make the advanced driving one
@@Sunflower-xd6lb Sorry, misunderstood the question. For the driving base 1 you would need to build a similar attachment that you can lift up with the one extra motor. Since the attachment sits lower on the robot, it will have to be a little longer to reach the lever for the stage lights. With that longer arm you will not get close enough to push the M07 bar in while approaching the lever for the speakers, so you might have to do both actions separately (push the M07 bar in with the arm raised, then go in with the arm to move the speakers, or the other way around).
⚙️⚙️
@@Sunflower-xd6lb Do you have any budget left for the season to get it? The expansion set is about $135 on the LEGO education website.
⚙️⚙️
Been having issue with my spike robot .
Every 5 phases of testing, the probability of the robot solving the mission low, even after perfection
Hello. Just so we understand your concern. Your solution works perfectly on the first try, then it gets worse slowly until on the fifth attempt it doesn’t work right.
Our question to you is, are you resetting the motor rotations, any sensors you might use and your attachments to the same starting location before you are running your program?
If not, it might just be little deviations from any sensors on the robot and a slight bit of tension in the attachment that are not being reset that will add up every time you run the program. As an example, if your attachment arm starts at zero angle and moves up and down a bunch of times during your program, it might end up at 3 degrees from where it started. With no reset, when you run the program again, the next time it will sit at maybe 6 degrees. It all adds up over time if you do not reset.
Another effect could be the battery charge. Make sure you practice with your robot fully charged. Running a bunch of programs for a couple of hours will drain the battery which will slow down the robot. If you are using time for your movement blocks, maybe consider rotations or degrees instead.
Let us know if you need more help.
Where are you located, if you don’t mind the question?
⚙️⚙️
@@6006TechWarriors wow...I find this information very helpful. Thanks alot 😁
In addition, is also applicable to the movement of the robot? That is resetting the robot movement continuesly after several movement
wow
can you give codes??))
Sorry, but we do not share our code for one simple reason. Your team will not learn how to program the robot from our code. And our programs for the individual mission solutions always make the robot return to one of the home bases. For a complete match you will have to combine multiple missions in one program to not waste time driving back home in between missions.
We will gladly help you with any problems you might have. Let us know what you need help with.
⚙️⚙️
@@6006TechWarriors i want to know several thinks can you help me
i understand you but there are some thinks in the code i did not understant@@6006TechWarriors
dont understand me wrong i dont want to use your code @@6006TechWarriors
can you give your lnstragram for asking question