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PC-21TWENTY-FIRST CENTURY TRAINING
The
PC-2
1is
equi
pped
tota
kea
larg
erpr
opor
tion
ofth
efly
ing
trai
ning
sylla
bus
byen
ablin
gst
uden
tsto
lear
nno
ton
lyha
ndlin
gsk
ills
but
also
com
plex
mis
sion
man
agem
ent
task
s.W
ithso
phis
ticat
edav
ioni
csca
pabl
eof
emul
atin
gfr
ont-l
ine
mis
sion
syst
ems,
itpr
ovid
esth
eid
ealen
viro
nmen
tto
deve
lop
capa
city
and
skill
sby
load
ing
the
stud
ent
with
com
plex
syst
ems
oper
atio
nan
dre
alis
ticta
ctic
alsc
enar
ios.
By
prov
idin
ga
broa
dem
ploy
men
ten
velo
pe,th
ePC
-21
inte
grat
edtr
aini
ngsy
stem
can:
•el
imin
ate
and
repl
ace
othe
rai
rcra
ftty
pes
from
the
trai
ning
fleet
•su
bstit
ute
expe
nsiv
eje
tho
urs
with
the
sign
ifica
ntop
erat
ing
savi
ngs
ofan
adva
nced
turb
opro
p
•ch
anne
lst
uden
tsea
rlie
rby
focu
ssin
gon
rele
vant
core
skill
deve
lopm
ent
•re
duce
the
num
ber
oftr
ansi
tions
inth
etr
aini
ngsy
stem
•fo
cus
onfr
ont-l
ine
skill
sth
ereb
yin
crea
sing
the
qual
ityof
grad
uate
s
•pr
ovid
em
axim
umfli
ght
safe
tydu
ring
real
istic
trai
ning
scen
ario
s
THE
PC-2
1TR
AINI
NGCO
NCEP
T
Atth
een
dof
20
04
,th
ePC
-21
was
cert
ified
inac
cord
ance
with
the
US
Fede
ralAv
iatio
nR
egul
atio
ns(F
AR),
Part
23
.FA
R2
3ha
sbe
ensu
pple
men
ted
bym
ore
rele
vant
regu
latio
nssu
chas
US
DO
DM
IL-S
TDan
dU
KM
OD
DEF
-STD
regu
latio
nsfo
rsp
ecifi
car
eas
like
hand
ling
qual
ities
,fa
tigue
(dam
age
tole
ranc
e)an
dbi
rdst
rike.
Exte
nsiv
ePC
-21
cust
omer
fligh
tev
alua
tion
sinc
e2
00
2ha
spr
ovid
edm
uch
feed
back
onits
fitne
ssfo
rpu
rpos
eas
atr
aini
ngpl
atfo
rm.
Com
men
tsin
clud
eth
efo
llow
ing:
“…th
ePC
-21
has
been
deve
lope
das
atr
aine
r,it
isno
tan
off-t
he-s
helf
airc
raft
with
anof
f-the
-she
lfav
ioni
csup
grad
e”
“…w
ithth
ehi
ghw
ing
load
ing
the
bad
wea
ther
ride
isex
celle
nt”
“…th
ero
llra
tean
dla
tera
lco
ntro
lsy
stem
/for
ces
are
exce
llent
”
“…th
eco
ckpi
ter
gono
mic
sar
esu
perb
"
”…vi
sibi
lity
from
both
fron
tan
dre
arse
atis
exce
llent
”
“…th
eai
rcra
ftha
spr
oven
itsca
pabi
lity
for
tact
ical
and
basi
cfig
hter
man
oeuv
re(B
FM)
trai
ning
”
“…th
eai
rcra
ftis
perf
orm
ing
bett
erth
anan
yot
her
turb
opro
ptr
aine
rin
the
wor
ld”
“…la
rges
tan
thro
pom
etric
alra
nge
inits
clas
s”
The
PC-2
1tr
aini
ngsy
stem
isid
ealfo
r:
•B
asic
trai
ning
•Ta
ctic
alna
viga
tion
trai
ning
and
plan
ning
•M
issi
onsy
stem
man
agem
ent
•S
imul
ated
air-t
o-gr
ound
and
air-t
o-ai
ren
gage
men
t
•S
imul
ated
elec
tron
icw
arfa
retr
aini
ng
•N
V Gtr
aini
ng
•Em
bedd
edsi
mul
atio
nan
dem
ulat
ion
PILO
T’SPE
RSPE
CTIV
E
ANE
WTR
AINI
NGSY
STEM
TWEN
TY-F
IRST
CENT
URY
TRAI
NING
Pila
tus
Airc
raft
’sne
wes
ttu
rbop
rop
prod
uct,
the
PC-2
1,h
asbe
ende
velo
ped
and
cert
ified
asa
com
plet
ely
new
trai
ning
syst
emw
ithth
eob
ject
ive
ofm
eetin
gth
eex
pect
atio
nsof
mod
ern
air
forc
esov
erth
ene
xt3
0ye
ars,
both
inte
rms
ofca
pabi
lity
and
life-
cycl
eco
st.
Toen
able
this
,the
PC-2
1fu
lfils
the
follo
win
gco
reob
ject
ives
:
•A
supe
rior
aero
dyna
mic
perf
orm
ance
whe
nco
mpa
red
with
any
othe
rtu
rbop
rop
trai
ner
onth
em
arke
t:
-m
ovin
gin
tow
hat
was
excl
usiv
ely
jet
terr
itor
y
•A
mor
epo
wer
ful,
flexi
ble
and
cost
-eff
ectiv
ein
tegr
ated
trai
ning
syst
emth
anan
yot
her
jet
ortu
rbop
rop
trai
ner:
-ex
tend
ing
the
trai
ning
enve
lope
from
Bas
icTr
aini
ngth
roug
hto
Adv
ance
dan
dFi
ghte
rLe
ad-In
Trai
ning
-in
corp
orat
ing
avio
nics
capa
ble
ofem
ulat
ing
spec
ific
fron
t-lin
em
issi
onsy
stem
sw
ith
easy
upgr
adab
ility
•A
life-
cycl
esu
ppor
tco
stno
tex
ceed
ing
curr
ent
turb
opro
pbe
nchm
arks
:
-us
ing
the
late
stde
velo
pmen
tan
dpr
oduc
tion
tech
nolo
gyas
wel
las
inte
grat
ing
mod
ern
mai
ntai
nabi
lity
conc
epts
toco
ntro
lco
stan
dqu
alit
y
Ove
rth
ela
stha
lf-ce
ntur
y,fr
ont-l
ine
airc
raft
have
evol
ved
ina
slow
,
evol
utio
nary
sens
ein
outr
ight
aero
dyna
mic
perf
orm
ance
.H
owev
er,
inte
rms
ofin
tegr
ated
mis
sion
syst
ems,
desi
gner
sha
veem
brac
ed
the
mas
sive
perf
orm
ance
grow
thof
digi
talco
mpu
ting.
Mili
tary
trai
ners
mus
tke
eppa
cew
ithte
chno
logi
calad
vanc
emen
t
and
chan
ges
inem
phas
isfr
ompu
repi
lotin
gto
mis
sion
man
agem
ent
skill
s.Th
ism
ust
bedo
neco
stef
fect
ivel
y.K
eydr
iver
s
for
succ
ess
inth
ene
wm
arke
tpl
ace
are
low
acqu
isiti
onan
dlif
e-
cycl
eco
sts
but
thes
em
ust
besu
ppor
ted
byin
nova
tive
appr
oach
es
toris
ktr
ansf
eran
da
port
folio
ofst
ruct
ured
finan
ceop
tions
.
CCooss
tt--eeffff
eeccttiivv
eenneess
ss is
the
ess
ence
of
the
PPCC--22
11
Scr
eeni
ngB
asic
Adv
ance
dFi
ghte
r Le
ad-in
Con
vers
ion
Syn
thet
ics
....
...
Han
dlin
g ..
....
. M
issi
on .
....
.. A
dvan
ced
mis
sion
...
....
JET
PC
-21
PC-21
TRAI
NING
SYL
LABU
S
EMBEDDED SIMULATION AND TRAININGThe PC-21 cockpit not only provides the student with the appropriate tools tolearn and develop relevant skills but also the perfect airborne ‘classroom’ forthe instructor. The Embedded Simulation and Training suite provides:
• Cross-platform cockpit emulation
• Weapons simulation
• Stores management system
• Simulated radar and electronic warfare (EW)
• Datalink
The cockpit avionics can be ‘split’ so that the instructor can manipulate thestudent’s display data. This allows the following capabilities:
• Simulated non-flight safety critical system failures
• Data degradation
• Synthetic air-to-air radar target generation
• Synthetic EW generation
• Datalink management
• Tactical situational display
A MODERN COCKPIT FOR MAXIMUM TRAINING VALUESystems integration is at the core of the PC-21 cockpit design philosophy with aspecification that includes:
• Three NVG-compatible 6 x 8 inch active-matrix liquid crystal main displays(AMLCD) comprising:
- the primary flight display (PFD)
- two multi-function displays (MFD), complemented by
- a secondary flight AMLCD and an engine monitoring AMLCD in each cockpit
• Head-up display (HUD) with up-front control panel (UFCP) in the front cockpitand a HUD repeater and UFCP in the rear cockpit
• Flight management system (FMS) in each cockpit
• Autopilot
• Mission data recorder (MDR)
Inputs to the mission system are made via the MFD soft keys, UFCP and hands-on throttle and stick (HOTAS).
11.233 m (36 ft 11 in)
2.497 m(8 ft 2in)
2.014 m(6 ft 7 in)
3.74
9m
(12
ft4
in)t
ypic
al
2.388 m (7 ft 10 in)dia.
2.736 m(8 ft 11 in)
4.00
0m
(13
ft1
in)
1.000 m(3 ft 3 in)
Wing area15.221 m2 (163.848 ft2)
9.10
8m
(29
ft11
in)
Scimitar five-bladegraphite propeller
Pressurized,stepped, tandemcockpit with birdstrikeresistant canopy
0-0 ejectionseats
Anti-g system
On-board oxygengenerating system(OBOGS)
Open architecturemission computerwith AMLCD monitorsand separate criticaland non-critical software
1600 shp Pratt &Whitney PT6A-68Bengine with powermanagementsoftware
8 g, high speed profilewing with hydraulicailerons and spoilers
Automatic yawcompensation
Pressurizedrefuelling
FEATURES AND 3-VIEW
PC-21TWENTY-FIRST CENTURY TRAININGPERFORMANCE
The PC-21, in the aerobatic configuration1, has the followingperformance under international standard atmospheric (ISA)conditions:
Take-off distance to clear 50 ft (15 m) obstacle at sea level 725 m (2,380 ft)
Landing distance to clear 50 ft (15 m) obstacle at sea level 900 m (2,953 ft)
Rate of climb at sea level 4,250 ft/min
Time to climb to 10,000 ft 2 min 35 sec
Maximum operating speed (Vmo) 370 KEAS (685 km/h)
Maximum horizontal speed at sea level 323 KTAS (598 km/h)
Maximum horizontal speed at 10,000 ft 337 KTAS (624 km/h)
Stall speed- flaps and gear up (Vs) 92 KEAS (170 km/h)- flaps and gear down (Vso) 81 KEAS (150 km/h)
g loads (0 flap) Aerobatic Utility- Maximum positive + 8.0 g + 5.0 g- Maximum negative - 4.0 g - 2.5 g
Sustained g at sea level2 3.7 g
1 Typical weight of 2,950 kg (6,504 lb). 2 Mid fuel weight of 2,700 kg (5,952 lb)
WEIGHTS
Basic empty weight(depending on configuration) 2,280 kg (5,026 lb)
Maximum take-off weight, aerobatic 3,100 kg (6,834 lb)
Maximum take-off weight, utility 4,250 kg (9,370 lb)
PILATUS AS PARTNERPilatus Aircraft Ltd was founded in 1939 in Stans, Switzerlandand exports business aircraft and military training aircraftworldwide. An integrated logistics support organisation currentlyserves 31 military customers providing tailored support over thefull life cycle of the products.
For the PC-21, considerable effort has been made to addressaircraft availability. This has been achieved by providing a logisticssupport organisation based on technological efficiency andcultivating partnerships with customers and suppliers.
Reliability and maintainability is a key area where the PC-21’s newdesign has significant advantages. The latest maintainabilityconcepts are incorporated in the new platform with high qualitycomponents and improved accessibility.
Up-to-date technology is used to provide accurate and interactivelogistic support data in real time to customer and suppliers. Thisenables Pilatus to provide optimised technical and materialsupport for your product throughout its life cycle - all contributingto reduced turn-round times and vveerryy llooww maintenance man-hoursper flight hour.
Pilatus Aircraft LtdP. O. Box 992, 6371 Stans, SwitzerlandPhone: + 41 41 619 61 11, Fax: +41 41 610 92 30www. pilatus-aircraft.com