The
GKTECH
2
pot
Nissan
dual
caliper
bracket
is
unique
in
that
it
doesn't
require
the
use
of
Mustang
rotors
(common
among
others)
and
only
spaces
the
hub
out
0.23"
(7mm's)
with
limited
modifications
required
to
fit.
This
kit
is
by
far
the
best
kit
on
the
market
and
also
allows
the
use
of
the
drum
brake.
Alternatively,
avoid
wasting
time
shopping
around
for
all
the
individual
parts,
getting
custom
brake
lines
made
up,
or
running
generic
parts
that
may
or
may
not
work
and
check
out
our
complete
kit.
Compatible
with
either
a
pair
of
Z32,
R32,
R33
or
R34
rear
calipers
using
the
corresponding
rotor.
Vehicle
Compatibility:
-
Nissan
240sx
-
Nissan
S13
Silvia
-
Nissan
S14
240SX
-
Nissan
S15
240SX
-
Nissan
Skyline
R32
GTS,
GTS-T
&
GTR
(non
Brembo)
-
Nissan
Skyline
R32
GTS4
-
Nissan
Skyline
R33
GTS,
GTS-T
-
Nissan
Skyline
R33
GTS4
-
Nissan
Skyline
R34
25GT
-
Nissan
Skyline
R34
25GT-T
-
Nissan
C33
-
Nissan
C34
-
Nissan
C35
-
Nissan
A31
Cefiro
-
Nissan
300ZX
Z32
NOTE:
will
NOT
fit
Z32
aluminium
rear
knuckles
without
some
trimming
of
the
knuckle
(not
too
difficult)
FAQS
I've
heard
dual
caliper
brackets
push
your
hub
out?
Yes,
some
can
as
much
as
12mm
however
our
brackets
only
push
the
hub
out
7mm.
What
modifications
are
required?
Fitting
an
extra
caliper
in
this
space
is
not
easy
but
this
bracket
does
make
things
a
lot
easier
and
is
an
easy
install.
Simply
cut
your
standard
brake
caliper
mounts
off,
trim
your
brake
dust
cover
to
suit
and
shave
the
calipers
where
they
butt
up
against
one
another,
that's
all
you
need
to
do
to
fit
this
bracket.
Can
I
still
use
my
drum
e-brake?
Yep,
you
sure
can.
Our
kit
is
the
only
that
I'm
aware
of
that
allows
this.
It
bolts
straight
up
with
no
modifications
required
to
get
your
drum
working
as
it
was
previously.
Will
this
kit
work
with
aftermarket
knuckles?
These
brackets
are
designed
to
be
used
with
the
OEM
knuckles.
They
can
NOT
be
used
with
aftermarket
knuckles.
Will
these
work
with
OEM
S-Chassis
calipers?
No
they
will
not.
These
brackets
will
only
work
with
Nissan
2pot
calipers
and
their
corresponding
rotor