Well, what an unexpected ending for this season and for my retirement.
To be frankly, I’ve imagined so many scenes of becoming a champion in the competition by the time that I finished this unprecedentedly powerful guy.
But, thanks to the epidemic and the policies. It is these unforeseen circumstances ruined our last chance to participate in the competition.
I’ve devoted a massive amount of time since the season “Skyrise” and I’ve learnt a lot and gained so much precious memories throughout these years. I’d say that I can say farewell to VEX without feeling bad, but I sometimes will feel sorry for not being able to participate in a world championship.
This big guy, boasting a striking loading capacity of 3 mobiles goals simultaneously. We also equipped it with a transmission gearbox to shift from the mode of climbing to the mode of sprinting instantly. We also rendered it the function to shoot rings to the highest branch of the mobile goal with an amazing accuracy. I started to build it since September and I kept on optimizing it until our school told me that we are forced to give up possible opportunities to participate in the game due to the policies. I can say without doubt that this guy is the finest robot that I have ever made because it is so sophisticated and so powerful.
Besides the pandemic, there’s another reason that I will enter the college next year so I must cease my VEX career to prepare for my college entrance exam, which also deprived the chance to run prizes for me and for the team.
Hope everything can goes on well and say farewell to the final edition!
Thanks for your encouraging words, but we had stimulated the LRT, the result was not as great as we expected because our lift part is too slow than most of others
Yeah, this robot is one of the most impressive ones I’ve seen all season long. I would’ve loved to have seen you in action at worlds but it sucks that given the global circumstances that won’t be possible. Good luck on your future endeavors in college and beyond!
I see. It’s an interesting concept, we might try it on our robot. Although we have a problem with the flaps not going deep enough into each ring so I’m not sure if this will work for us