background image

Serial Number  1646 

 

46 

 

 

The instructor 

shows proper performance of turns at small bank angle to the student. 

The student 

tries to perform 

turns properly, finishing them at indicated bearing. At the same time, the student strives to maintain even flight speed 
and to keep slip indicator ball in center position throughout the turn. This Lesson includes performance of turns 
finishing at indicated compass bearing. Before each turn, the student checks that the area into which he/she turns is free. 

Conditions for passing: 

The student 

performs turns at small bank angle on his/her own, finishing them at indicated 

bearing, without major fluctuations of 

altitude

, flight speed, and bank angle, with slip indicator ball in center position 

throughout the turn, and including proper commencing and completion of turns. 

 

4.4

 

Lesson 4: Turns with bank angle up to 45

º

 

Recommended flight level is 1000ft / 300m AGL – 1600ft / 500m AGL; it must not be less than 1000ft / 300m AGL. 

Training methodology:

 

The instructor 

shows proper performance of sharp turns to the student. He points out the importance of increasing 

engine rpm before commencing the turn. Extra attention must be paid to the danger of losing speed in a turn. The 
instructor pays attention to the sequence of controls when entering the turn, stabilization of turn, and warns against the 
risk of spin and/or spiral. Recovery from spin and spiral is touched only theoretically during pre-flight instruction. 
Turns on horizontal, during climb and descent are performed with regard to engine power. The instructor sees to it that 
the student checks that the area into which he/she turns is free. 

The student 

checks that the area into which he/she turns 

is free, performs sharp turns with indicated bank angle, speed, slip indicator position, and finishes the turns at indicated 
bearing. The student also performs turns to opposite directions one after another 

Conditions for passing: 

The student 

performs sharp turns on his/her own, finishing them at indicated bearing, and 

performs turns to opposite directions one after another = figure eights. 

 

4.5

 

Lesson 5: Take-off, traffic pattern flight, and landing 

Traffic pattern flight level is 500ft / 150m AGL – 1000ft / 300m AGL. 

Training methodology:

 

The instructor 

shows proper piloting during take-off, traffic pattern flight, and landing to the student. Special attention 

must be paid to gaining speed after lift-off, to allow climb at correct climbing speed; also to shape of traffic pattern, 
altitude at different sectors for traffic pattern, and correct planning of landing with stable descent without the need to 
change engine power to change angle of approach. As far as planning of landing is concerned, the instructor explains the 
effect of wind, length of runway, possible turbulence near ground, and other factors which may influence the         
decision during planning of landing. He points out that it is necessary to maintain proper speed during descent until the 
aircraft is leveled, so that no change of engine power is necessary during rounding out. He also points out that controls 
become less effective with decreasing flight speed. 

The student 

practices take-off, climbing, traffic pattern flight, 

planning of landing, landing, and take-off from leveling out point. First and fourth turn must be performed with 15 
degree bank angle at altitude at least 330ft / 100m AGL. Second and third turn must be performed with 30 degree bank 
angle at altitude 500ft / 150m AGL – 1000ft / 300m AGL. 
Take-off from leveling out point must be practiced. 

Conditions for passing: 

The student 

is able to take-off, to fly traffic pattern, to plan for landing turns, to land, and 

knows important procedures. 

 

4.6

 

Lesson 6: Glissade, prevention of loss of height, flight speed 

Flight level is 1000ft / 300m AGL – 1600ft / 500m AGL. 

Training methodology:

 

The instructor 

shows glissades, prevention of loss of height during direct flight, during turns with 30 degree bank 

angle, and flight at maximum speed to the student. He warns against the risk of spin resulting from skidding turn and/or 
spiral resulting from slipping turn. The instructor ensures that the student practices glissade thoroughly, as it is the main 
element of correcting planning for emergency landing into limited space. Practice glissades must be terminated at 
sufficient altitude. Subsequently, piloting throughout the speed envelope is repeated, focusing on aircraft control during 
slow flight. Flight at minimum speed is practiced, at different engine powers and flap configurations. During flight at 
maximum speed, the instructor ensures that the student uses only 1/3 deflection of controls. 

The student 

practices 

glissade left and right, prevention of fall, and flights throughout the speed envelope listed in aircraft flight manual. 

Conditions for passing: 

The student 

is able to enter glissade, to maintain speed, direction of flight, and is able to 

recover into straight flight. The student is able to fly throughout the speed envelope of aircraft. 

 

4.7

 

Lesson 7: Corrections of improper planning of landing, and landing

 

Training methodology:

 

The instructor 

shows correction of long approach and short approach to the student, as well as the actions necessary to 

correct high leveling out, ballooning, and rebound. He lets the student fly long approach and short approach, and lets the 
student correct them. The instructor shows intentionally high leveling out, ballooning, and rebound, and lets the student 
correct them. 

The student 

corrects long approach, short approach, high leveling out, ballooning, and rebound. 

Summary of Contents for Legend 600

Page 1: ...ion Original 1 Callsign N54SK Serial no 1646 Dated 23 June 2017 Jen kovsk 1815 286 01 slav Phone 420 605 296 563 Fax 420 327 312 630 www aeropilotcz com CIN 27108431 TIN CZ27108431 Pilot Operating Han...

Page 2: ...1646 Date of Construction 06 16 2016 Registration N54SK Airworthiness Category Special Light Sport Aircraft S LSA Issue Date of POH 06 23 2017 This airplane must be operated in compliance with inform...

Page 3: ...iginal 3 Record of Revisions Any revisions to the handbook must be recorded in the following table The responsible airworthiness authority must endorse it where applicable Revision Section Pages Date...

Page 4: ...ION 5 GENERAL INFORMATION 7 LIMITATIONS 15 EMERGENCYPROCEDURES 19 NORMAL PROCEDURES 23 PERFORMANCE 30 WEIGHT AND BALANCE AND EQUIPMENT LIST 33 DESCRIPTION OF AIRPLANE AND SYSTEMS 36 HANDLING AND SERVI...

Page 5: ...performed The aircraft s owner is responsible for correctness of operation records Important information Changes and Amendments to this Manual Any changes to applicable regulations or to this aircraf...

Page 6: ...LEGEND 600 S LSA AS MANUFACTURED ON PREMISES BY THE AEROPILOT SRO AIRCRAFT THAT DIFFER FROM THE PRODUCTION STANDARD IN WHATEVER WAY ARE NOT ADDRESSED IN THIS MANUAL EXCEPT TO THE EXTENT SAID AIRCRAFT...

Page 7: ...boarding of crew and loading of baggage Adjustable seats allow the pilots of all heights to find comfortable position A stiff Kevlar cabin four point seat harnesses and rocket assisted rescue system p...

Page 8: ...Serial Number 1646 Date of Issue 23 June 2017 Revision Original 8 Aircraft Drawing Measurement in Inches and Millimeters...

Page 9: ...64 Depth of MAC mean aerodynamic chord 3 93 feet Wing profile MS 313 B At root 4 27 feet At tip 3 15 feet Wing flaps surface 11 83ft2 Flaps deflections 15 30 40 Tail Horizontal tail plane span 9 19 fe...

Page 10: ...Composite Performance Summary SUMMARY OF PERFORMANCE SPECIFICATIONS Call Sign N54SK Type Name LEGEND 600 Serial No Year of manufacture 1646 2016 Empty weight 766 lbs Max Take off weight 1320 lbs Usefu...

Page 11: ...Battery Charger Unit BIT Built In Test CAS Calibrated Air Speed CFI Certified Flight Instructor CFII Certified Flight Instructor Instrument CFR Code of Federal Regulations FAA CG Center of Gravity DIS...

Page 12: ...b TOD Top of Descent VFR Visual Flight Rules VMO Maximum Allowable Airspeed VOR Very High Frequency Omni directional Range Radio VORTAC Collocated VOR and TACAN Stations VS Vertical Speed VSI Vertical...

Page 13: ...een the runway and the wind direction It is known that runway 17 means a direction of 170 from that subtract the wind direction of 140 This gives a 30 angular difference or wind angle Next locate the...

Page 14: ...o OM 912 Latest revision edition of Rotax SD 912 064UL as applicable to type of engine fitted Operator manual for GPS Flight and Engine Instruments COM radio transponder and GPS SkyView SVHDX Version...

Page 15: ...ATA AND LIMITATIONS Call Sign N54SK Type Name LEGEND 600 Manufacturer AEROPILOT SRO Serial No Year of manuf 1646 2017 Empty weight 766LBS Max Take off weight 1320LBS Payload 554LBS Stall Speed 38 KT N...

Page 16: ...on Original 16 USA REGISTRATION DECAL Call Sign N54SK Type Name LEGEND 600 Manufacturer AEROPILOT SRO Serial No Year of manuf 1646 2015 Empty weight 766 LBS Max Take off weight 1320 LBS Payload 554 LB...

Page 17: ...ed speed 5800rpm for 5 minutes Maximum continuous speed 5500rpm Idling speed approximately 1400rpm Maximum cylinder head temperature 266 deg F Maximum oil temperature 275deg F Minimum air temperature...

Page 18: ...neuvers Turns up to 60 banking angle climbing and diving up to 30 from horizontal plane INTENTIONAL SPINS AEROBATCIS AND FLIGHT IN IMC PROHIBITED Load factors per UL 2 regulation Maximum positive load...

Page 19: ...f the ignition Tighten safety harnesses Main switch off In flight Dive and glide maintain speed 65kts minimum More than 300ft above terrain select suitable landing location If cause of engine failure...

Page 20: ...ning horizon at approx 150ft altitude Apply take off flaps maintain speed 65knots Carefully check the location Climb a little maintaining ground visibility if conditions permit fly small left circuit...

Page 21: ...e of vibrations Proceed as follows should any unnatural vibrations occur Adjust engine speed to a value which minimizes the vibrations Land at nearest airport or perform safety landing If vibrations k...

Page 22: ...as possible without the use of brakes if possible Always try to land with headwind and with engine off Recovering from unintentional spin Intentional spins are prohibited The aircraft has never been...

Page 23: ...Serial Number 1646 Date of Issue 23 June 2017 Revision Original 23 Normal Procedures Pre flight inspection...

Page 24: ...level according to engine manufacturer s manual check coolant Check engine cowling fastening Check tightness of fuels hoses tank caps fuel filters Check fuel filter for impurities and water Refueling...

Page 25: ...ters or less marked on the fuel gauges select the other tank with the fuel valve and continue flying until fuel levels in both tanks equalize If both fuel tanks become empty 10 liters or less marked o...

Page 26: ...l cylinder head and oil temperature reaches 122deg F minimum Test maximum rpm check transition from minimum to maximum rpm and back Check function of both ignition circuits by switching off the first...

Page 27: ...re or oil temperature reaches maximum operating limit you must reduce engine power and climbing rate Climb to altitude necessary for subsequent flight Mandatory actions after take off Height above ter...

Page 28: ...il the main wheels touch down Always touch down on main landing gear wheels Pull up yoke gradually to maintain nose gear above ground for as long as possible When nose gear finally touches down apply...

Page 29: ...h off Main switch Switch off Fuel cocks close Stopping the aircraft parking Taxi very carefully before stopping the aircraft paying attention to obstacles and terrain Brake the aircraft and shut off t...

Page 30: ...rspeed Conversion Table Stall speeds Conditions Max TOW engine at idle Flaps deflection Knots IAS Height loss during recovery ft Horizontal flight 0 47 26 15 41 38 30 36 50 Turn with 30 bank angle 0 5...

Page 31: ...x Continuous power 5500rpm aircraft weight 600kgs Ideal climbing speed rate Knots IAS Ft Min 1500ft ISA 65 1100 4000ft ISA 65 850 8000ft ISA 65 650 Cruise Flight Performance data corresponding to inle...

Page 32: ...Endurance hh mm 10 00 8 34 8 00 6 40 6 00 Range Nm 817 782 765 700 678 Verified performance with crosswind Max allowed headwind for take off and landing 20 Knots Max allowed crosswind for take off an...

Page 33: ...mpartment with maximum allowed load Empty fuel tanks Weighing for forward centre of gravity Empty baggage compartment Move seats to foremost position Full fuel tanks Weight and balance record of the a...

Page 34: ...ding Problem shown below Loading Provisions and Calculations Figure 1 shows the distance or ARM from the datum point set at the leading edge of the aircraft for the Pilot Passenger seats the Fuel Tank...

Page 35: ...non GPS SkyView 7 SVD700 TBD Galaxy Rescue System Model manufacturer serial No GALAXY 6 600SD Activation By pulling the handle on central panel Descent speed max m s 6 6m s At take off weight 600 kg M...

Page 36: ...and screws Aerodynamically balanced elevator has electrically servo actuated trim tab The elevator deflection is 21 up and 13 down Fixed part of trapezoidal swept vertical tail is offset from a longi...

Page 37: ...ce versa Engine throttle moving combined controller located on the middle panel forward from its central position in the flight direction increases engine output and vice versa Brake control pulling c...

Page 38: ...N Oil type SHELL HELIX H x 7 AV 10 W 40 Oil capacity 3L Reduction gear gear ratio 2 43 1 Fuel tank volume main tank 130L Propeller Diameter pitch at 75 Woodcomp Klassic ground adjustable Weight 5kg Ma...

Page 39: ...de Choke Central controller left instrument panel Throttle Central controller bottom part of middle panel Brakes Central controller bottom part of middle panel Longitudinal trim Control yokes Wing fla...

Page 40: ...Serial Number 1646 Date of Issue 23 June 2017 Revision Original 40 Central controller functions Drawing 30 Flaps extend 31 Flaps retract 32 Engine throttle 33 Wheel brake parking brake...

Page 41: ...he auxiliary pointed pin first then replace it with M8 screw Check that no cables or hoses are pinched during assembly Connect strut to the wing Install two aerodynamic covers on the strut and then in...

Page 42: ...ed When transporting over longer distance or in closed cargo bay of a truck elevator must be removed If elevator is not removed it must be fitted with red pennants or accompanying vehicle must be proc...

Page 43: ...ions halve this interval to 50 hours Demanding operating conditions include Glider towing Ambient temperatures continuously exceeding 35 C or very dusty conditions This inspection consists of the foll...

Page 44: ...eck of cables and attachment Check attachment of rescue system and its components ropes containers Verify function of tow hook control cable if installed Reinstall engine cowling propeller cone ceilin...

Page 45: ...ight solo duration 15 flights 1 hour a 40 minutes Turns bank angle 15 45 solo duration 3 flights 1 hour Maintaining attitude heading prevention of loss of height duration 2 flights 30 minutes Landing...

Page 46: ...of landing is concerned the instructor explains the effect of wind length of runway possible turbulence near ground and other factors which may influence the decision during planning of landing He poi...

Page 47: ...ble to use glissade to correct landing approach In the free area the student is able to select area suitable for landing and plan the landing correctly 4 10 Lesson 10 Landing with crosswind Training m...

Page 48: ...f runway length without further use of engine power The instructor is responsible for safe performance of this Lesson taking into account the altitude position of aircraft in traffic pattern wind spee...

Page 49: ...Training methodology The instructor defines flight route with landing at different airfield Definition is the same as in Lesson 20 The only difference is that the student flies solo The instructor ve...

Page 50: ...t time with actual fuel consumption V Always choose your bearing and altitude so that you will be able to make emergencylanding VI Always fly with a sufficient speed margin especially during the take...

Reviews: