Torque from R

...
this is just a testing level
for measure which lenght is best
for R to do bigger torque
to push the rotating free object.

Spoiler: Guidance

1. try to release R one by one,
start from most corner,
when R start to lose power to push,
release another R.

2. if u try to move B after the shaft
is finished being pushed by R robots[,
u will not able to move B,
because B position will become
out of max limit of the map.
where it was 16 x 16,
it turn to be 19 x 16

How to fishit it.
Nice and intersting concept.
But
But
But
But
But
I cant tap on the win block
Tell me the secret

Liked the 3bp torque. Liked the logic of getting to winblock.

@ridgerunner
The clue plizzz

I gave up as the three Rs couldn't push the mechanism pass the three o'clock position and if they did the constant shuffling of B in such a small space was too tedious.

@BangTe ..hard to give a clue without giving away the complete answer but here it is

Spoiler: Clue

B rides on R all the way round

Spoiler: Clue2

line up B with R and when R stars pushing, once B starts to become unstable a tap on the lever will get B moving to head of R

Spoiler: Video

Thanks for video @ridgerunner
I am happy to finish it.
Note. I didnt used the centre R. Just 2 of R



Again
Nice interesting concept @Ray Aznable

@ridgerunner @Meko Guy @EL797
Cant tap the win. How ??? Who can explained that?

...

Spoiler: long reply...

was watching all day of my notifications.
hopefully will get some from my newest
level "Weather Report",
but it just hopeless,
though, some seniors
who are mekorama hardcore,
gave like, and tried to play it.
at least some still appreaciate it that way,

its ok,
some authors here in their beggining time,
they also have some huge levels
in old upload pages,
which arent be liked too.
and me as a newbie maker
must also experiencing through that.

so i just move on,
planning to make another level,
and was testing some parts,
i found this physic science factor
of the game is interesting.
they do exist in the algorithm

size of free object which can be moved
by R is affecting avaibility of R to move it.
and for this case is Torque,
the longer the shaft, the bigger its inertia,
so the correct distance of R based on
center of mass from shaft, also affect,
how much torque R can be done againts
the inertia of shaft.

@Meko Guy, if one R doesnt enough,
just release all the three,
teamwork is important.
also, u need to tap B move forward first,
because in final position,
the shaft is out of range from 16x16
thanks to mr. @ridgerunner
for the video demonstration.
and for 4 stars rate.
appreciate it.

thanks for @BangTe
for ur max rating,
i didnt expect that,
u are very generous.
since this level only an experiment level
or demo level, @EL797, thats why this level
has only few gameplay.
but, thank you for treated this level
as a normal one by gave a rate on it.

@Ray Aznable
I appreciate every interesting idea
And beauty level in my opinion. so i add 1 star when i realized the nice idea

...
@BangTe
such a lovely person,

@Ray Aznable - I didn't try to get on R as @ridgerunner's video shows as that could be classified as auto pilot and no tricks were listed. I had B in the center (the motor) and tapped back and forth to stay on the mechanism but it wasn't wide enough.

@Ray Aznable - I'll address your 'Weather Report' comment on that page....