I am going to cry. Seeing the Technototes from day one, less than three years ago to now setting world records is truly one of the coolest experiences I have ever felt. Congratulations TechNova and the Technototes!!!
Great score. I decided to see what my team plus one of your bots would get together (just to gauge how good my team is compared to world record), and I got that we would get about 272, so not bad.
In your description, I noticed you said implementing "turret slides" would add more scoring cycles. What are these and what do they do if you don't mind me asking?
Turret is a component that can turn itself. If you can mount a slide on a turnable turret, you only need to turn the turret to score without turning robot. That will make the score faster and increase more cycles. You can see our turret design in last season to understand what turret is: ruclips.net/video/rh7J9FiOBTo/видео.html
@@FTC12611TechNova A color sensor seems complicated to program with cargo and boxes being different colors. Why don't you use a distance sensor or something?
I really like that robot, it looks cool and performs really well too What do you guys use for vision though? Vision as in detecting your team marker's position.
@@mateusbernart2101 Our current robot, we use 2 pulley to pull both sides of vertical slides up, no return string. A better design is: connect both sides of vertical slides using strong connection piece, then use only 1 pulley to pull 1 side of the vertical slide, then use another pulley to pull down the slide. You can read gm0.org/en/latest/docs/robot-design/linear-motion-guide/rigging.html for "Continuous Rigging"
I am going to cry.
Seeing the Technototes from day one, less than three years ago to now setting world records is truly one of the coolest experiences I have ever felt.
Congratulations TechNova and the Technototes!!!
Amazing robots, guys!
Great score. I decided to see what my team plus one of your bots would get together (just to gauge how good my team is compared to world record), and I got that we would get about 272, so not bad.
In your description, I noticed you said implementing "turret slides" would add more scoring cycles. What are these and what do they do if you don't mind me asking?
Turret is a component that can turn itself. If you can mount a slide on a turnable turret, you only need to turn the turret to score without turning robot. That will make the score faster and increase more cycles. You can see our turret design in last season to understand what turret is: ruclips.net/video/rh7J9FiOBTo/видео.html
Look at the bot doing blue's warehouse in this match, that's what turret slides are. ruclips.net/video/AZZ2X85WNzM/видео.html
That’s crazy. How are you guys detecting when you intake multiple freight?
Color sensor. You see the very bright white light in the bucket of 12611 robot?
@@FTC12611TechNova I don't but that's very clever!
@@FTC12611TechNova A color sensor seems complicated to program with cargo and boxes being different colors. Why don't you use a distance sensor or something?
@@spidernh REV color sensor can also measure distance when it's very near.
@@FTC12611TechNova Oh did you use the distance part?
I really like that robot, it looks cool and performs really well too
What do you guys use for vision though?
Vision as in detecting your team marker's position.
EasyOpenCV for FTC
What platform does Technototes use for coding their auto? Is it Roadrunner?
Technototes used their own library, not roadrunner.
We are in love with your robot. How did you guys make the lifting mechanism? Is it pulleys? Servos? Pistons?
Pulley by motor. Servo is too weak to lift so heavy objects.
@@FTC12611TechNova But is It a Double pulley or Just one?
@@mateusbernart2101 Our current robot, we use 2 pulley to pull both sides of vertical slides up, no return string. A better design is: connect both sides of vertical slides using strong connection piece, then use only 1 pulley to pull 1 side of the vertical slide, then use another pulley to pull down the slide. You can read gm0.org/en/latest/docs/robot-design/linear-motion-guide/rigging.html for "Continuous Rigging"