india's first mission.....to moon

2. What is there in moon we
are curious of?

3. WHY GO TO MOON?????
 ORIGIN AND EVOLUTION.
 INDIA’S POTENTIAL .
 ONE MILLION TONNES OF
HELIUM3 ON MOON’S
SURFACE.
 HELIUM3 IS BELIEVED TO
BE FUEL OF THE FUTURE.
 OUTPOST FOR FURTHER
PLANETARY EXPLORATIONS.

4. Introduction:
 CHANDRAYAAN LITEARLLY
MEANS MOON VECHILE .
 INDIA’S FIRST UNMANNED
MISSION TO MOON
DEVOLPED BY ISRO.
 WAS LAUNCHED ON 22
OCTOBER 2008 FROM
SATISH DHAWAN SPACE
CENTRE SRIHARIKOTA,
ANDHRA PRADESH .
 ESTIMATED COST - RS 386
CRORE

5. · Objectives of the Chandrayaan-1
 SIMULTANEOUS
MINERALOGICAL, CHEMICAL &
PHOTO-GEOLOGICAL
MAPPING .
 HIGH RESOLUTION MAPPING
OF THE LUNAR SURFACE TO
IDENTIFY MINERAL .
 3D MAPPING OF LUNAR
SURFACE AT VERY HIGH
SPATIAL RESOLUTION.
 TO MOTIVATE THE YOUNG
MINDS IN SPACE AND
PLANETARY SCIENCE.

6. SPECIFICATIONS:
 MASS: 1380 KG AT LAUNCH.
 SHAPE: CUBOID
 POWER: SOLAR PANEL
GENERATING 700 W OF POWER,
STORED IN A 36 A-H LITHIUM-
ION BATTERY.
 HAS THREE SOLID STATE
RECORDERS (SSRS).
 Liquid Engine used to
travel towards moon.
 Dual gimballed antenna
to transfer scientific data.

7. •PSLV is a Polar Satellite Launch
Vehicle, which launched the
chandrayaan successfully in
transfer orbit.
•PSLV-C11 is the uprated version of
its standard configuration.
•Weighing 316 tonnes at lift-
off,Uses both solid and liquid
propellants.
•Prefered launching vehicle of
ISRO with 13 consecutive flights
ABOUT PSLV C11:

8. · PAYLOADS: Collection of instrument
embedded on chandrayaan.
INDIAN PAYLOADS · FOREIGN PAYLOADS
1. TERRAIN MAPPING
CAMERA
2. HYPER SPECTRAL
IMAGER
3. LUNAR LASER
RANGING
INSTRUMENT
4. HIGH ENERGY X-RAY
SPECTROMETER
5. MOON IMPACT PROBE
1. CHANDRAYAAN X RAY
SPECTROMETER
2. MINI SAR
3. SIR- 2
4. RADIATION DOSE
MONITOR-
5. MOON MINERALOGY
MAPPER
6. SARA

10. INDIAN
PAYLOADS

11. TERRAIN MAPPING CAMERA
LUNAR LASER RANGING

12. 12
HYPER SPECTRAL IMAGER
HIGH ENERGY X-RAY
SPECRTOMETER

13. MOON
IMPACT
PROBE

14. FOREIGN
PAYLOADS

15. 15
CHANDRAYAAN X-RAY
SPECTROMETER
MINI SAR (SYNTHETIC APERTURE
RADAR)

16. RADIATION DOSE MONITOR
SMART INFRARED SPECTROMETER

17. MOON MINERALOGY MAPPER
SUB ATOM REFLECTING ANALYSER

20. Ground Segment:
 ISRO Telemetry, Tracking and Command Network
(ISTRAC) has established the ground segment of
Chandrayaan-1, which consists of the following:
 INDIAN DEEP SPACE NETWORK(IDSN)
 SPACECRAFT CONTROL CENTRE.
 INDIAN SPACE SCIENCE DATA
CENTRE(ISSDC).

21. INDIAN DEEP SPACE NETWORK:
 It will receive the data sent
by the Chandrayaan-1
spacecraft.
 consists of two large
parabolic antennae – one
with 18 m diameter and
the other 32 m diameter, at
Bangalore.

22. SPACECRAFT CONTROL CENTRE
It is located near the
ISTRAC campus,
north of Bangalore, is
the focal point
of all the operational
activities of
Chandrayaan-
1 during all phases of
the mission

23. INDIAN SPACE SCIENCE DATA CENTRE
 The third element of
ground segment , also
located at Banglore.
 Will receive data from
IDSN as well as other
external stations that
support Chandrayaan-1,
 Store, process , retrieve
and distribute scientific
data sent by Chandrayaan-
1 payloads to the user
agencies.

24. C0NSEQUENCES:
 IT WILL INSPIRE MILLIONS OF STUDENTS TO
BECOME A PART OF OUR COUNTRY’S OWN SPACE
PROGRAMME.
 IT WILL INSPIRE ALL THE INDIANS WORKING IN
VARIOUS FOREIGN SPACE AGENCIES THAT THEY
HAVE AN ALTERNATIVE TO WORK IN INDIA.
 INDIA MAY BE SEEN AS A VIABLE
TECHNOLOGICAL PARTNER AND CAN POSITION
ITSELF TO BE THE DESTINATION FOR SCIENTIFIC
RESEARCH.