Streaming
platform
Netflix
recently
dropped
the
trailer
of
its
upcoming
movie
Sardar
Ka
Grandson
starring
Arjun
Kapoor,
Neena
Gupta
and
Rakul
Preet
Singh
in
the
lead
roles.
The
movie
has
been
helmed
by
director
Kaashvie
Nair.
It
will
soon
start
streaming
on
the
OTT
platform
on
May
18,
2021.
Talking
about
the
same,
the
trailer
showcases
a
grandson's
quest
to
fulfil
the
wish
of
his
grandmother
against
all
odds.
Arjun
plays
the
role
of
the
grandson
while
Neena
essays
the
role
of
his
grandmother.
The
plot
of
the
same
revolves
around
Neena
aka
Sardar's
wish
to
go
to
Lahore
to
visit
the
house
that
she
had
built
with
lots
of
love
along
with
her
husband.
After
all
her
efforts
are
denied
by
the
authorities,
her
grandson
suggests
the
idea
of
relocating
an
entire
house
from
Amritsar
to
Lahore.
The
trailer
of
Sardar
Ka
Grandson
further
shows
Aditi
Rao
Hydari
play
the
younger
version
of
Neena
Gupta's
character
and
John
Abraham
as
her
husband.
Rakul
Preet
is
seen
essaying
the
role
of
Arjun's
love
interest
in
the
film.
There
are
glimpses
of
some
hilarious
moments
wherein
the
entire
family
led
by
Arjun
tries
to
relocate
their
house
from
Amritsar
in
India
to
Lahore
in
Pakistan.
By
the
looks
of
it,
Sardar
Ka
Grandson
showcases
a
familial
bond,
love
and
respect
towards
the
elders
and
a
sense
of
nostalgia
for
the
days
gone
by.
The
sneak
peek
of
John
and
Aditi
also
looks
pleasing
to
the
eye.
While
Arjun
and
Rakul's
fresh
pairing
is
endearing
to
witness.
However,
it
is
Neena
who
steals
the
show
with
her
powerful
act
and
the
realistic
physical
transformation.
Take
a
look
at
the
trailer
of
Sardar
Ka
Grandson.
The
movie
also
stars
Kanwaljit
Singh,
Kumud
Mishra
and
Soni
Razdan
in
the
lead
roles.
Earlier
Arjun
had
revealed
about
working
in
the
movie
to
a
publication
wherein
he
had
stated,
"I
am
working
with
Neena
Ji
for
the
second
time,
so
we
didn't
have
to
break
the
ice.
I
and
my
mom
used
to
watch
her
TV
show
Saans
many
years
back.
She's
been
a
fine
actor,
and
I
love
the
way
she
carries
herself
off
and
on
camera.
Her
energy
has
enhanced
my
energy
and
performance."