space suits their materials and fabrication technique and space age suiting. Embark on a journey through the cosmos as we delve into the cutting-edge realm of space suit textiles. Our presentation is a captivating exploration of the evolution, advancements, and future possibilities of the fabrics that shield astronauts in the unforgiving vacuum of space. Discover the technological marvels that make modern space suits a blend of comfort, functionality, and life-saving capabilities. From the early days of space exploration to the latest breakthroughs, our presentation offers a comprehensive overview of the materials and design principles that have shaped the iconic suits worn by astronauts. Immerse yourself in the fascinating world of multi-layered fabrics engineered to withstand extreme temperatures, radiation, and microgravity. Learn about the intricate balance between flexibility and durability that these textiles achieve, ensuring astronauts can maneuver with precision while staying protected in the harsh conditions of space. Explore the integration of smart textiles and sensors, providing real-time data on an astronaut's vital signs and environmental conditions. Witness how these technological enhancements contribute to the overall safety and success of space missions.

1. Space Suits
M. SAOOD MAQBOOL

2. CONTENTS
01
Space suits
02
cosmology
03
Suiting on Mars
04
Model
05
Aerospace textiles

3. Aerospace Textiles
Aerospace textiles covers special finished products wit
various paramount requirements in different fields.
• Aviation
• Flying aircrafts
• Space shuttles
• Lunar and mars mission
• Space age suiting

4. Requirements
• Good fatigue & stress resistant
• Fire retardant
• Anti-radiations absorbent
• Light weight
• High specific modulus & strength
• Stability to ozone effect
• Abrasive resistant
• Electrically equipped

5. Remedies
• Fibers
 carbon fiber
 Kevlar fiber
 Alumina based fibers
 Silicon carbide fiber
• Fabrication technique
 Double jersey
 Twill
 Braiding
 Intertwining
• Finishes
 Reflecting for radio waves
• Composites
 Tailored reinforcements & matrix

6. Space suits

7. introduction
A space suit is a garment worn to keep a human alive
in the harsh environment of outer space , vacuum an
d temperature extremes. it is actually a set of differen
t segments.
space suits also give oxygen to astronaut. The suits co
ntain water to drink during spacewalks. They protect astr
onauts from being injured from impacts of small bits of sp
ace dust. Spacesuits also protect astronauts from radiatio
n in space. The suits even have visors to protect astronaut
s’ eyes from the bright sunlight.

8. Visuals

9. cosmology

10. Stephen Hawking Theory
• In 1947, Hawking proposed that in accordance with
the prediction of quantum theory , black holes emit
subatomic particles until they exhaust their energy a
nd finally explode.
• According to Multiverse theory of Hawking, there w
ould be one or more universe from its beginning sin
ce big bang.
• There would be “Time Lapse” and it will be irreversi
ble, mankind will be shifted to Mars and other unive
rses.

11. Suiting styles
• Unmanned rovers
• Capsules
• Smart textiles will shift heat, light and even data
• Dampen vibrations suiting
• High twist roving with compact structures roving, strands to serve
as high resolution reflector
• Must help regulate sweat and protect from over heating
• Dirt and dust repellency
• Nuclear rays' repellent must be 1-15 femtometers .

12. Environmental guide

13. Suiting on Mars
• Mars suits focus on actual walking and abrasion resistance as mars
gravity is only 37% of earths gravity. On the surface radiation conce
rn would be a matter.
• Some of the issues a Mars suit for surface operations would must
have enough oxygen for person as air is mostly composed of carbo
n oxides.
• And the air is much at lower pressure then on earth.
• Other issues include Martian dust ,low temperature and radiation
due to solar flare events.

14. Mars

15. Proposed Model

16. T
Y