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Your question is too vague. There are many different "versions" of many different kinds of products ranging from timers to megaminx's. Generally the second gens are better unless square-1.

lolol

[also, 2-gen can refer to how many faces/axes are incorporated into an algorithm. for example, sune is 2-generator. AUFs, I suppose, are 1-gen.]
 
I think one easy place to improve would be your pll. You can practice execution. The other easy way is to start learning full OLL.
If you "got look ahead down", then you can turn faster. If you can turn slow and not pause, now try to turn fast and not pause.
I think it would help for you to record yourself solving so that people can critique you.

Alright, I recorded the solve. It is on the solve critique thread.
 
I'm trying to memorize all of the F2L algorithms from the Fridrich method, but I don't know which ones to learn. There are three types of algorithms: optimal algorithms, RrU algorithms, and RFU algorithms. I just want to know which type of algorithm would be best to learn for the quickest solves.

I get the algorithms from here: http://www.opticubes.com/cubing/f2l/
 
I'm trying to memorize all of the F2L algorithms from the Fridrich method, but I don't know which ones to learn. There are three types of algorithms: optimal algorithms, RrU algorithms, and RFU algorithms. I just want to know which type of algorithm would be best to learn for the quickest solves.

I get the algorithms from here: http://www.opticubes.com/cubing/f2l/

Don't memorize any. Use intuitive F2L.
 
I'm trying to memorize all of the F2L algorithms from the Fridrich method, but I don't know which ones to learn. There are three types of algorithms: optimal algorithms, RrU algorithms, and RFU algorithms. I just want to know which type of algorithm would be best to learn for the quickest solves.

I get the algorithms from here: http://www.opticubes.com/cubing/f2l/
Do not memorise the algorihms, do F2L intuitively and when you have practiced for some time, have a look on the algorithms and compare these to your solutions. The less moves you make during a solve the better, but only pick the algorithms you're comfortable with if you choose to use some.
 
I'm trying to memorize all of the F2L algorithms from the Fridrich method, but I don't know which ones to learn. There are three types of algorithms: optimal algorithms, RrU algorithms, and RFU algorithms. I just want to know which type of algorithm would be best to learn for the quickest solves.

I get the algorithms from here: http://www.opticubes.com/cubing/f2l/

The majority use intuitive F2L now, but it's up to you. It's a personal choice and each option has benefits. If you do choose algorithmic F2L, I recommend trying out multiple algs for each case and deciding which one feels best to you instead of choosing a subgroup to go by.
 
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