ISRO Space Docking Experiment PSLV-C60 LIVE Streaming: Check Time, TV Channel To Watch The Big Launch

India

-Gaurav Sharma

Updated: Monday, December 30, 2024, 11:56 [IST]

The
Indian
Space
Research
Organisation
(ISRO)
is
set
to
embark
on
the
Space
Docking
Experiment
(SpaDEx)
with
the
launch
of
PSLV-C60
on
December
30
at
9:58
PM.
This
significant
event
will
take
place
at
the
Satish
Dhawan
Space
Centre
(SDSC)
SHAR,
located
in
Sriharikota.

By
undertaking
this
mission,
India
aims
to
join
the
elite
league
of
nations,
including
the
US,
Russia,
and
China,
capable
of
performing
advanced
space
docking
operations.
This
marks
a
significant
milestone
in
India’s
space
exploration
efforts,
showcasing
its
commitment
to
mastering
complex
technologies.

The
SpaDEx
mission
aims
to
demonstrate
the
intricate
process
of
two
small
spacecraft,
SDX01
(the
Chaser)
and
SDX02
(the
Target),
executing
rendezvous,
docking,
and
undocking
maneuvers
in
a
low-Earth
circular
orbit
at
an
altitude
of
476
km.

This
endeavour
is
not
only
a
technological
feat
but
also
a
crucial
step
towards
enabling
future
lunar,
interplanetary
missions,
and
supporting
multi-launch
missions
and
human
spaceflight.
The
ability
to
dock
in
space
paves
the
way
for
the
assembly
of
larger
structures
in
orbit,
which
is
essential
for
ambitious
endeavors
like
lunar
sample
return
missions,
establishing
the
Bharatiya
Antariksh
Station
(BAS),
and
manned
lunar
landings.

A
Pioneering
Step
for
India’s
Space
Ambitions

Highlighting
the
significance
of
this
mission,
Union
Science
and
Technology
Minister
Jitendra
Singh
stated,
“It
would
usher
India
into
an
elite
group
of
nations
with
advanced
space
docking
capabilities,
crucial
for
the
country’s
lunar
and
interplanetary
ambitions.” This
mission
underscores
India’s
aspirations
to
be
at
the
forefront
of
space
exploration
and
its
readiness
to
undertake
complex
space
missions.

Beyond
the
primary
docking
experiment,
SpaDEx
also
focuses
on
several
secondary
objectives,
such
as
demonstrating
electric
power
transfer
between
docked
spacecraft
and
the
operation
of
payloads
after
undocking.
These
undertakings
are
pivotal
for
the
future
of
in-space
robotics,
control
of
composite
spacecraft,
and
payload
operations,
setting
the
groundwork
for
more
advanced
space
exploration
projects.

Following
the
successful
execution
of
docking
and
undocking,
SDX01
and
SDX02
will
continue
on
separate
missions
for
two
years.
SDX01
is
outfitted
with
a
High-Resolution
Camera
(HRC)
to
capture
detailed
images,
while
SDX02
is
equipped
with
a
Miniature
Multispectral
(MMX)
payload
and
a
Radiation
Monitor
(RadMon).
These
instruments
are
designed
for
natural
resource
monitoring,
vegetation
studies,
and
measuring
the
on-orbit
radiation
environment,
contributing
valuable
data
for
various
research
initiatives.

Encouraging
Collaboration
and
Innovation

The
PSLV-C60
mission
also
acts
as
a
launch
platform
for
24
payloads
originating
from
ISRO
labs,
private
startups,
and
educational
institutions.
These
payloads,
affixed
to
the
rocket’s
fourth
stage,
will
conduct
a
host
of
experiments
in
space.

This
initiative,
part
of
the
PS4-Orbital
Experiment
Module
(POEM),
allows
for
extended
microgravity
experiments,
with
the
POEM-4
mission
marking
a
significant
advancement
by
hosting
24
payloads.
These
payloads,
including
14
from
ISRO/DOS
centers
and
10
from
non-government
entities
such
as
academia
and
startups,
received
through
IN-SPACe,
showcase
the
mission’s
role
in
fostering
innovation
and
collaboration
between
various
sectors.

This
milestone
in
India’s
space
journey
not
only
evidences
the
country’s
advancing
space
technology
capabilities
but
also
lays
the
foundation
for
more
intricate
future
missions.
It
encourages
a
symbiotic
relationship
between
government
space
agencies,
academia,
and
the
private
sector,
driving
further
innovation
in
the
field
of
space
exploration.