Daniel Farke reveals change to Leeds United rotation plan v Sheffield Wednesday and new signings chances — YEP 25/8/25
By Lee Sobot
Leeds United face Sheffield Wednesday at Hillsborough on
Tuesday evening in the second round of the Carabao Cup.
Whites boss Daniel Farke has revealed the extent of his
Leeds United rotation plan for Tuesday evening’s Carabao Cup clash at Sheffield
Wednesday with new signings chances.
Farke saw his side blitzed 5-0 at Arsenal in Saturday
evening’s second game of the Premier League season at The Emirates and his men
will now be on Carabao Cup duty just three nights later with a second round
clash at Sheffield Wednesday.
Farke is not usually a fan of making huge alterations to his
side for cup games but the Whites boss says more changes than usual can be
expected in light of the clear priority of Premier League survival.
Farke’s side will take in the third game of their Premier
League campaign and last one before the international break just four days
later with the visit of Newcastle United to Elland Road.
The Whites boss hopes that by then his men are safely into
the third round of the Carabao Cup but without doing “anything stupid” in the
cup clash at Hillsborough which he views as ideal for players needing minutes
and also new signings.
"I think it's important that I take the cup competition
seriously otherwise we wouldn't travel there,” said Farke of the Owls cup
clash.
"We want of course to progress into the next round but
it's also fair to say that the priority is definitely also the Premier League
and survival in the Premier League so we won't do anything stupid.
"We won't risk one player if there is an injury doubt
or a doubt in terms of load.
"And we also have a few players who desperately need a
bit of game time right now after two game days where they have perhaps not been
that much in the spotlight.
"Also for the new signings it's perhaps also a chance
to get used to everything.
"The clear target is we want to go into the next round
but you can expect then also a few more rotations than we perhaps normally
would do.