3.  Up until the end of the 19th century military land battles
were fought at close quarters by individual engagements.
‘Danger’ colours such as scarlet were widely used,
 At around the turn of the 20th century advances in
technology and science provided more lethal long-range
weapons with improved sighting. These combined effects
caused rapid changes in military strategy and tactics, as
engagements could be made at a distance. It now became
important to hide troops and equipment by blending in with
the background.

4.  During World War II advances textile
fibers, fabrics, and treatments saw notable landmarks
such as the use of the new fiber ‘Nylon’ for light strong
parachute canopies.
 Ventile was the first waterproof water vapour-
permeable fabric.
 The well-known worsted serge ‘battledress’ uniform
was introduced in 1939.
 United States army introduced the ‘layered’ combat
clothing concept in 1943.
 United States army introduced the ‘layered’ combat
clothing concept in 1943

5.  The main functional criteria for military textiles are
dealt with here under a range of headings. These
include the
physical, environmental, camouflage, specific
battlefield threats, and the economic considerations.
Items have to be
carried by individuals
or vehicles with
Light weight and minimal space
low bulk Because available
Must operate reliably
High durability and in adverse conditions
for long periods of
Dimensional stability Because time without
maintenance.

6. MILITARY COMBAT CLOTHING

7. Property Comments
Water Proof, Wind Proof, For exterior materials exposed to cold/wet
Snow Shedding weather
Water vapour permeable For clothing and personal equipments (tents)
Thermally insulating For Cold climates
Rot-resistant For tents, covers, nets etc.
UV light resistant For environments with strong sunlight
Air permeable. For hot tropical climates

8. Effects of wearing impermeable
clothing in different conditions:
Conditions Activity Consequences
Cold/wet climate Medium activity Discomfort
Cold/wet climate High activity Hypothermia (cold
in sweat-Wetted followed by low stress)
clothing activity
Hot/moist climate High activity Hyperthermia
and Wearing (heat stress)
protective clothing

9. Full Side Protection
 vest provides front, back
and full side protection
with overlapping.
 combines high
protection at low weight
and full torso coverage.
 Shoulder and side
adjustment.
 • Front opening.
 Pockets for additional
insert.

10. Civil jaket

12. Diplomat
 provides discreet front
and back protection.
 Low weight and a high
degree of comfort.
 Look-alike as typical
waistcoat.
 Easy-care, dry-washable
outershell.

13. Modular Protection
 provides front, back and
side protection Low weight
and a high degree of
comfort.
 ensures attachment of
different pouches.
 Possibility to increase
the protection through
add-on inserts, neck and
groin protection. Special
troop’s application..

14. Special Force
 Full torso coverage,
adjustable shoulder and
side straps.
 Easy-care, dry washable
 Removable ballistic
panels
 Pockets for additional
inserts
 Removable neck and
groin protection

15. ultra light vest
Camouflage color

17. light demining suit - lds
 Blast body protection
 • Heat body protection
 • Washable outer cover
 • The LDS is
comfortable with light
weight – 8.2 kg.
 • The LDS is provided
with bag for storage
and carriage

18. Extreme Protection
 Vest provides front,
back, side, shoulders and
upper arms protection.
 Activities. Shoulders
and upper arms Integrated
protection
 Increase the protection
through add-on inserts,
neck and groin protection

19. Other protection

20.  Ballistic window with same ballistic
protection.
 Aluminum ambidextrous handle.
 Carry belt with shoulder pad.
 Available in black and camouflage color.
 The protective panels are encased into a
polyamide cover for protection against
humidity, UV-light and mechanical stress.

21. CAMOUFLAGE CONCEALMENT

22. comments
Property
 Visual spectrum
 Exposed materials match visual
colors, texture and appearance of
natural backgrounds
 Ultraviolet  To match optical properties of snow
and ice
 To match reflectance of background
 Near infrared when viewed by image intensifiers
and low light television
 Far infrared  To minimise the heat signature
emitted by humans and hot
equipment. Detection by thermal
 Acoustic emissions
imagers
 Rustle and swish noises emitted by
 Radar spectrum certain textile materials Detected by
aural means, unattended ground
sensors and microphones
 Detection of movement by Doppler
radar

23. NBC
Nuclear
Biological
Chemical

25. WAYS FOR NBC
PROETCTION

26. WAYS FOR NBC
PROETCTION

27. WAYS FOR NBC
PROETCTION

29. Woven/nonwoven fabrics