[FTC]: What could replace Vex in FTC?

[Travis Hoffman]

I've never gotten involved with FVC or FTC, but from a distance, it seems to me the competition would be more "interesting" and the robots more diverse if you permitted a wider array of "custom" parts to be integrated alongside any "standard" kit parts.

From a cost/competitiveness standpoint, I can see people raising one of two arguments regarding this suggestion:

1. A redux of the age-old FRC dilemma - FTC teams with access to more equipment and $$$ could couple the increased flexibility of the materials rules with their greater machining resources to widen the gap between the haves and have nots......or......
2. FTC teams who don't want to spend money they don't have on extra Vex/whatever kit parts can now use common, inexpensive materials that are freely available to all to craft their various robot mechanisms.

Given the smaller scale of the robots involved in FTC, I'd think Argument #1 carries less water. It's harder to generate a "technology gap" between the haves and the have-nots in FTC because it's much easier to reliably do with a couple screws and PVC what you could do with some snazzy CNC-machined piece of aluminum.

So give teams the opportunity to save a little money on kit parts while expanding the robot design creativity greatly. It's a "discount" built into the rules. It's not so important how much the kit parts cost if teams have the flexibility of seeking other lower-cost options that might better suit their own needs. A great deal of the robot would still have to be constructed from the kit, but not all. I think it would serve as a nice compromise.

I know I'd personally be more interested in FTC if the design rules had more of the flexibility of FRC. Not that anyone cares.

[gblake]

Originally Posted by Travis Hoffman

Given the smaller scale of the robots involved in FTC, I'd think Argument #1 carries less water. It's harder to generate a "technology gap" between the haves and the have-nots in FTC because it's much easier to reliably do with a couple screws and PVC what you could do with some snazzy CNC-machined piece of aluminum.

Not true, or at least not true enough.

Access to moderately sophisticated machine tools and/or human expertise on a "have" team will mean that they can replace many of the bulky, frustrating parts in the Vex product line with high strength, light-weight, precisely-crafted, small parts.

Oh so many times, when building a machine using the Vex parts, I have wished for a small latch, or a small pulley, or crown gear (available now), or a small distance sensor, or an rotation encoder that measured direction, or a.... What has kept me from pulling out my remaining few hairs is knowing that every other team on the planet is in exactly the same boat as me and "mine", except for getting to use our team's unique set of brainpower.

If you open FTC up to handcrafted and non-Vex commercial parts, you will start seeing robots that are as complicated as mechanical watches and as sophisticated as compact interplanetary probes. Those will come from the "haves", and will be marvelous to study and see in action; but I doubt the "have nots" will feel inspired......

Blake

[KathieK]

One of the attractions of the program is also the fact that you DON'T need machine shops. I'd be concerned if a kit of parts is presented that requires access to larger machinery. And a team can be mentored by people who don't have a lot of technical experience. FVC teams often had less resources (money, mentors, workshops) than their FRC counterparts. I hope that stays the same with FTC.

[Rosiebotboss]

Originally Posted by KathieK

One of the attractions of the program is also the fact that you DON'T need machine shops. I'd be concerned if a kit of parts is presented that requires access to larger machinery. And a team can be mentored by people who don't have a lot of technical experience. FVC teams often had less resources (money, mentors, workshops) than their FRC counterparts. I hope that stays the same with FTC.

One of the attractions that we have for FTC is that it IS less complicated than FRC. It a great tool for bridging that gap between FLL and FRC. We ran a summer camp utilizing VEX using a one day programming module, a simple design challenge, a one day "build season" etc... I looked for other comparable platforms and found NONE.

Note To FIRST: Do NOT leave the VEX platform!! You already have the best!!!

[Billfred]

So, in the search of something distracting to do, I went through Rich's link and tried to get some details on the kits they're using at the camps they mentioned. I compiled the results of my Googling in a spreadsheet at http://spreadsheets.google.com/ccc?k...N8bfr3Sw&hl=en

Is there a platform I'm missing? (I scratched some, like the discontinued Sony AIBO platform and the X-1 platform that seems to be proprietary to one camp.) Is there any information y'all can add?

[Ben Mitchell]

The format of FVC, as KathieK so eloquently put it, allows teams who do not have the resources to form a FRC team to learn about design and engineering principles in the format of a robotics game, and play against and with teams from around the world.

It also had, in my personal opinion, a lot of educational value. As someone going into the field of Technology Education, Vex is something that I can do in a classroom, since it doesn't involve machine shops (which a school might or might not have) and dangerous components. Vex is also small and easy to keep in a classroom, reusable (to cut down operating costs) and very powerful for its size. It has the perfect mix of "open-endedness" (is that a word?) and contraints to keep students from getting lost in all the design parameters.

Hopefully some solution will come to pass - I think the FTC program fills an important niche.