The Orcuber's Hunt For The Best 3x3 Method

[acrystal]

That’s if you allow the pair pieces to be anywhere. If you pair them up and then insert them, then it’s 896 algs, and I already posted the algs. I think that’s the best way to go, and then I think we should just blockbuild the front and do zbll. Yes, it would take 1,389 algs, but it be better than having wv and pll, and should be a pretty efficient method.

actually i was talking abt the third step not the second step

 

[acrystal]

METHOD #2
T-Block: Make a 1x2x3 block to your right and solve a white edge opposite to the block (t-block)
Solve Front Block: Bring the front-left pair, and the front white-edge to the yellow side and do an alg to solve a 1x2x2 block
Pair+OCLL: Do a y2, then solve the last F2L pair, and before inserting it (R U R'), it has be inserted with OCLL with an alg
Last White-edge+CPLL: Enter the last white-edge with solving CPLL in one alg
EPLL: Self-explanatory

Guys, did u prefer OP(prev alg) or TBPCE(new alg)

 

[Martyt7777]

METHOD #2
T-Block: Make a 1x2x3 block to your right and solve a white edge opposite to the block (t-block)
Solve Front Block: Bring the front-left pair, and the front white-edge to the yellow side and do an alg to solve a 1x2x2 block
Pair+CMLL: Do a y2, then solve the last F2L pair, and before inserting it (R U R'), it has be inserted with COLL with an alg
Last White-edge+CPLL: Enter the last white-edge with solving CPLL in one alg
EPLL: Self-explanatory

Guys, did u prefer OP(prev alg) or TBPCE(new alg)

Im pretty sure CMLL is an alg set that solves the top corners but doesn’t necessarily keep the middle layer. Also, it’s not COLL either as COLL solves both corner permutation and orientation, which would make “Last White-edge+CPLL” useless. I think you mean OCLL

 

[acrystal]

Im pretty sure CMLL is an alg set that solves the top corners but doesn’t necessarily keep the middle layer. Also, it’s not COLL either as COLL solves both corner permutation and orientation, which would make “Last White-edge+CPLL” useless. I think you mean OCLL

when i meant CMLL/COLL, i meant it orients all corners but doesnt permute them, what is that method called?

 

[Martyt7777]

when i meant CMLL/COLL, i meant it orients all corners but doesnt permute them, what is that method called?

OCLL

 

[Caleb Valenzuela]

METHOD #2
T-Block: Make a 1x2x3 block to your right and solve a white edge opposite to the block (t-block)
Solve Front Block: Bring the front-left pair, and the front white-edge to the yellow side and do an alg to solve a 1x2x2 block
Pair+OCLL: Do a y2, then solve the last F2L pair, and before inserting it (R U R'), it has be inserted with OCLL with an alg
Last White-edge+CPLL: Enter the last white-edge with solving CPLL in one alg
EPLL: Self-explanatory

Guys, did u prefer OP(prev alg) or TBPCE(new alg)

sounds like a nautilus variant but the y2 makes it worse

 

[acrystal]

sounds like a nautilus variant but the y2 makes it worse

me when i remade an existing method: https://www.google.com/imgres?q=tuf...2ahUKEwix1qDGu5WUAxXo-TgGHcJEADMQnPAOegQINBAB

 

[Michael Wimberly]

guys last night I made a new method. It's based on Roux and I don't think it's that good, but I'd still like to hear some thoughts on it.

Step 1: Make 2 1x2x2 blocks on opposite sides of the cube, like Roux method just without 2 f2l pairs.
Step 2: put the blocks on the BDL and FDL sides and do EO, inserting the DL edge.
Step 3: L2PE (Last 2 pairs and edge). Solve the last 2 f2l pairs and the RD edge.
Step 4: CLL
Step 5: ELL
I'm using CLL/ELL for the last layer for a lower move count.

 

[acrystal]

Step 3: L2PE (Last 2 pairs and edge). Solve the last 2 f2l pairs and the RD edge.

shouldve said 1x2x3 on the right lol
and what happened to the left white-edge

 

[Michael Wimberly]

and what happened to the left white-edge

It's already solved in step 2

 

[Caleb Valenzuela]

Step 1: Make 2 1x2x2 blocks on opposite sides of the cube, like Roux method just without 2 f2l pairs.
Step 2: put the blocks on the BDL and FDL sides and do EO, inserting the DL edge.
Step 3: L2PE (Last 2 pairs and edge). Solve the last 2 f2l pairs and the RD edge.
Step 4: CLL
Step 5: ELL
I'm using CLL/ELL for the last layer for a lower move count.

i don’t get step 2
so like a 1x2x3 without the FL edge but it has a DF edge?

 

[Michael Wimberly]

i don’t get step 2
so like a 1x2x3 without the FL edge but it has a DF edge?

Steps 1 and 2 are essentially another way to make a 2x2x3 block, but while doing EO at the same time as you are inserting the middle edge piece.

 

[acrystal]

guys last night I made a new method. It's based on Roux and I don't think it's that good, but I'd still like to hear some thoughts on it.

Step 1: Make 2 1x2x2 blocks on opposite sides of the cube, like Roux method just without 2 f2l pairs.
Step 2: put the blocks on the BDL and FDL sides and do EO, inserting the DL edge.
Step 3: L2PE (Last 2 pairs and edge). Solve the last 2 f2l pairs and the RD edge.
Step 4: CLL
Step 5: ELL
I'm using CLL/ELL for the last layer for a lower move count.

Im changing my main method now:
2 1x1x2 Blocks on FDL & BDL
EO + Left White-Edge
1 1x1x2 Block on RDR
WV
PLL

 

[That0newe1rdo]

Saw some video titled "Best 3x3 method no one is talking about" or smth like that but it wasnt like a "repeat these 4 moves" ahh thing but was an actual method, but i didnt watch it and cant find it anywhere FAH

 

[Michael Wimberly]

Im changing my main method now:
2 1x1x2 Blocks on FDL & BDL
EO + Left White-Edge
1 1x1x2 Block on RDR
WV
PLL

I think that's a really good combo of our 2 methods

 

[Michael Wimberly]

Saw some video titled "Best 3x3 method no one is talking about" or smth like that but it wasnt like a "repeat these 4 moves" ahh thing but was an actual method, but i didnt watch it and cant find it anywhere FAH

Could it be this one?

 

[acrystal]

Saw some video titled "Best 3x3 method no one is talking about" or smth like that but it wasnt like a "repeat these 4 moves" ahh thing but was an actual method, but i didnt watch it and cant find it anywhere FAH

ask chatgpt or something

 

[That0newe1rdo]

Could it be this one?

yh bro W @Michael Wimberly thx

 

[Michael Wimberly]

yh bro W @Michael Wimberly thx

Yeah bro, I did ctrl+c for that video earlier today and luckily it was still copied lol

 

[Martyt7777]

guys last night I made a new method. It's based on Roux and I don't think it's that good, but I'd still like to hear some thoughts on it.

Step 1: Make 2 1x2x2 blocks on opposite sides of the cube, like Roux method just without 2 f2l pairs.
Step 2: put the blocks on the BDL and FDL sides and do EO, inserting the DL edge.
Step 3: L2PE (Last 2 pairs and edge). Solve the last 2 f2l pairs and the RD edge.
Step 4: CLL
Step 5: ELL
I'm using CLL/ELL for the last layer for a lower move count.

The 1x2x2 blocks are on the left and right sides of the cube right?