I am atempting to use ai to generate a robot.I need to find the transcript for the reveal if anyone can find it.Any explination of the game would work.even a notebook game description would work.
I am sure there are available AI tools that can do the transcript for you or maybe even summarise the video.
Before you get flamed by other people on the forum, I’d like to share some words of wisdom.
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ChatGPT designing your robot is like asking Einstein to design a robot. Yes, he’s good with theoretical physics, but that doesn’t mean he could design a successful v5 robot.
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What’s the fun in that? My favorite part of VRC is designing a robot and watching the meta evolve, then doing design cycles to stay 1 step ahead of most.
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You will have a harsh disadvantage on notebook awards (if you even care) because you did not run the design process on your first iteration. If I were the judge, I would dock you a point on each EDP criteria for that.
I’m not saying it’s a bad idea, but maybe not wise for your competition robot. I’m kinda interested in what chat GPT might tell you. Maybe share it here if you get around to it. 
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I dont plan to use the robot in compitition.this project is realy just for run,and after I saw the boxxed in game (an ai generated vex game) I was curios what ai could do.
Thanks @meng i got an ai from summerize .tech to write me this
In the “VEX V5 Robotics Competition: High Stakes | 2024-2025 Game” YouTube video segment, the rules and objectives for the High Stakes game are detailed. The game takes place on a 12x12 foot field with two Alliances, each consisting of two teams. The primary scoring object is a 7-inch diameter Ring, and there are 48 Rings (24 red and 24 blue) and five Mobile Goals on the field. Points are earned by placing Rings on 1" PVC Stakes, with the highest Ring on each Stake worth extra points. The game starts with a 15-second Autonomous Period and a 1 minute 45 second Driver Control Period. Teams can only carry two Rings and one Mobile Goal at a time, but Stake-placed Rings don’t count towards this limit. Robots can climb a 4-foot Ladder for additional points, and Mobile Goals can be placed in corners to modify scores. The game can also be played in Robot Skills Challenges and VEX U Robotics Competition. For official rules and game information, visit RECF.org or VEXRobotics.com, and register for events at RobotEvents.com.
Ok After a little pestering I finaly found an answer from open ai’s Chat GPT 3.5 overall the robot is really viable based off the way the game works,but something like this may apear in a competition at some time.
Certainly! Here’s a visual description of how the VEX V5 robot based on the provided specifications might look:
The robot has a sleek and compact design, with a sturdy chassis to support its various mechanisms and components. It stands at around 18 inches tall, allowing it to easily navigate under the 4-foot Ladder and manipulate the Rings and Mobile Goals effectively.
At the front of the robot, there is a motorized conveyor belt system mounted on an adjustable arm. The conveyor belt system consists of rollers and grippers to pick up Rings from the field and transfer them to the scoring area on the PVC Stakes. The grippers are capable of adjusting their position to accommodate different sizes of Rings.
On either side of the robot, there are mecanum wheels that enable omnidirectional movement. These wheels allow the robot to strafe sideways, move diagonally, and rotate smoothly, providing maximum maneuverability on the 12x12 foot field.
Mounted on top of the robot’s chassis are telescoping arms with claw attachments for lifting and carrying Mobile Goals. The arms are extendable to reach the top of the 4-foot Ladder for climbing. The claw attachments securely grasp the Mobile Goals for transport and placement in strategic positions on the field.
The robot’s storage area for Rings is located towards the back, easily accessible for reloading during the match. The storage area can hold up to six Rings securely, ensuring that the robot can efficiently collect and score Rings without needing to return to a loading station frequently.
Overall, the robot has a futuristic and functional design, optimized for efficient scoring, maneuverability, and strategic gameplay in the High Stakes VEX V5 Robotics Competition.
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If anyone else has a game they would like to see ai biuld for or if you want to try this youself i would love to see the results 
No
Nope
VRC Llama Drama
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What diffrent sized rings?
What does a futuristic V5 robot look like?
Yea lots of things the ai made are just dumb,but if you ignore the stupid stuff it might show up some time.