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Flight manual DG-1000S

Issued: March 2002

LBA app.

2.11

2.13

 

Tyre Pressure

Main wheel

2,5 bar

(36 psi)

Nose wheel (if installed)

2,5 bar

(36 psi)

Tail wheel

4,0 bar

(58 psi)

2.14

 

Waterballast

Max. capacity 80 l (21.1 U.S. gal) per wing.
Filling the water ballast is only allowed with a filling system which enables
determination of the exact amount of ballast filled, e.g. water gauge or calibrated
canisters. Only symmetrical loading is allowed.
After filling, balance the wings by dumping enough water from the heavy wing,
see 4.2.2.
Flight with leaking watertanks is prohibited, as this may result in asymmetrical
loading condition.

Warning: 

Follow the loading chart, see section 6.8.

The max. take off weight must not be exceeded.

2.15

 

Fin tank

Warning:

 As it is dangerous to fly with empty wing tanks while ballast is

resting in the fin, 

it is prohibited to fill water into the fin tank if there is any

risk of icing

. The flight conditions must comply with the following table:

min. ground temperature

°C

13,5

17

24

31

38

°F

56

63

75

88

100

max. flight altitude

m

1500

2000

3000

4000

5000

ft

5000

6500 10000 13000 16500

In addition the outside air temperature OAT gauge is to be watched.
The OAT should not be lower than 2°C (36°F)!

2.16

 

Trim ballast box in the fin

A box for ballast (trim-weights) is installed in the fin. It can be used to
compensate the mass of the rear pilot and as a trim-possibility for heavy pilots.

Warning: 

Follow the loading chart see 6.8.7.

Flight manual DG-1000S

Issued: March 2002

LBA app.

2.12

2.17

 

Limitations placards

Other cockpit placards
see section 7

DG Flugzeugbau GmbH

Type: DG – 1000S Serial No.: 10-      S
Year of construction:

Maximum airspeeds

km/h

kts.

Winch launching

150

81

Aero-tow

185

100

Manoeuvring V

A

185

100

Rough air

185

100

Maximum speed V

NE

270

146

Approved aerobatic manoeuvres, only without

waterballast:

Pos. Loop,  Chandelle, Spin, Stall turn

In addition Category A:
Only with 18 m span without waterballast:

Half loop and half roll, half roll and half loop, slow roll,
inverted flight, half positive flick roll from normal flight with
half loop, half negative flick roll from inverted flight

Maximum mass:

Category A
and Category U with fixed main wheel

630 kg 1389 lbs.

Category U

750 kg 1653 lbs.

Category U without waterballast

kg

lbs.

Gepäck max.  15 kg
baggage max. 33 lbs.

Reifendruck

2,5 bar

Tyre pressure

 36 psi

Main wheel

Sollbruchstelle   10000 N
rated load          2200 lbs.

Reifendruck

2,5 bar

Tyre pressure

 36 psi

Nose wheel 

(if installed)

Reifendruck

  4 bar

Tyre pressure

 58 psi

Tail wheel

Ballast box in the fin

Min. load in the front seat

kg

kg

At the control-light in the front
instrument panel

Altitude in [m]

0-3000

4000

5000

6000

7000

8000

V

NE

 IAS km/h

270

256

243

230

217

205

Altitude in [ft]

0-10000

13000

16000

20000

23000

26000

V

NE

 IAS kts.

146

138

131

124

117

111

Cockpit Check

1.  Lead ballast (for under weight pilot)?
2.  Parachute worn properly?
3.  Safety harness buckled?
4.  Front seat: pedals adjusted?

Rear seat: seating height adjusted?

5.  All controls and knobs in reach?
6.  Altimeter?
7.  Dive brakes cycled and locked?
8.  Positive control check ? (One person at the control

surfaces).

9.  Fin ballast tank emptied or correct amount filled in?
10.  Trim ballast box in the fin, correct amount filled in?

Locking device completely engaged?

11.  Trim?
12.  Both canopies locked?

Warning:

Rigging of the horizontal
tailplane is only permitted with
full nose down trim-setting!

at the upper left hand side
of the fin

Loading chart

Cockpit load          front seat                rear seat         (Parachute

 maximum

110 kg

242 lbs.

90 kg

198 lbs. included)

or maximum

105 kg

231 lbs.

105 kg

231 lbs.

 minimum

kg

lbs.

/

/

With lower pilot weight necessary ballast must be added.

limits for use of the waterballast tank

°C

13.5

17

24

31

38

minimum
ground temperature

°F

56

63

75

88

100

m

1500

2000

3000

4000

5000

maximum flight
altitude above GND

ft.

5000

6500

10000

13000

16500

Summary of Contents for DG-1000S

Page 1: ...ing limitations or if you fail to carry out proper maintenance work it may harm your health or place your life in danger Prior to flying the aircraft read all manuals carefully and regard especially a...

Page 2: ...dorsed by the responsible airworthiness authority The new or amended text in the revised page will be indicated by a black vertical line in the right hand margin and the Revision No and the date will...

Page 3: ...2 3 2 4 2 5 2 6 2 7 2 8 2 9 2 10 2 11 2 12 3 3 1 March 2002 3 2 3 3 3 4 3 5 4 4 1 March 2002 4 2 4 3 4 4 4 5 Flight manual DG 1000S Issued March 2002 0 4 0 2 List of effective pages cont Section Page...

Page 4: ...manual DG 1000S Issued March 2002 0 6 0 3 Table of contents Section General a non approved section 1 Limitations an approved section 2 Emergency procedures an approved section 3 Normal procedures an...

Page 5: ...ion of the DG 1000S glider This manual includes the material required to be furnished to the pilot by JAR Part 22 It also contains supplemental data supplied by the glider manufacturer 1 2 Certificati...

Page 6: ...Parting at y 8 6m is optional Automatic hook ups for all controls Comfortable seating and modern cockpit design similar to the DG single seaters safety cockpit Large 2 piece canopy for very good in fl...

Page 7: ...rballast fin max kg 6 2 Trim ballast fin max kg 12 Empty mass with basic instruments ca kg 411 415 Wing loading with one Pilot 80kg ca kg m 29 4 28 2 max take off mass max TOW kg 750 750 max wing load...

Page 8: ...0 2 11 1 Weak links 2 10 2 11 2 Towing cables 2 10 2 11 3 Max towing speeds 2 10 2 11 4 Tow Release 2 10 2 12 Crosswinds 2 10 2 13 Tyre Pressure 2 11 2 14 Waterballast 2 11 2 15 Fin tank 2 11 2 16 Tri...

Page 9: ...aximum landing gear operating speed 185 100 Do not extend or retract the landing gear above this speed Warning At higher altitudes the true airspeed is higher than the indicated airspeed so VNE is red...

Page 10: ...x take off mass is not to be exceeded with 1 and 2 together Warning Follow the loading procedures see section 6 Flight manual DG 1000S Issued March 2002 LBA app 2 6 2 5 Centre of gravity Centre of gra...

Page 11: ...e given under 6 8 will be kept in the limits if the empty weight C G is in its limits See loading chart in sect 6 8 Caution With lower pilot weights lead ballast must be added to the seat Ballast put...

Page 12: ...ar seat Required placards check lists Flight and maintenance manual b In addition for cloud flying Not permitted in the USA Canada and Australia Variometer Turn and bank indicator c In addition for ae...

Page 13: ...t waterballast Pos Loop Chandelle Spin Stall turn In addition Category A Only with 18 m span without waterballast Half loop and half roll half roll and half loop slow roll inverted flight half positiv...

Page 14: ...oper pre flight inspections and maintenance Caution Canopy jettison and bailing out should be trained several times on the ground before flying the aircraft 3 2 Canopy jettison To bail out the white r...

Page 15: ...t the dive brakes very carefully because of high aerodynamic and g loads Flight manual DG 1000S Issued March 2002 LBA app 3 4 3 8 Flight with asymmetric waterballast If you suspect that the waterballa...

Page 16: ...d be the last choice In the case of a water landing however extend the landing gear Flight manual DG 1000S Issued March 2002 LBA app 4 1 4 Normal procedures Section 4 1 Introduction 4 2 4 2 Rigging an...

Page 17: ...knob then release the knob back to its locked position Flight manual DG 1000S Issued March 2002 LBA app 4 3 4 Rigging of the stabilizer Install the battery Z110 or a ballast weight of 5 5kg 12 1 lbs i...

Page 18: ...he fin ballast tank This tank must be filled after filling the wingtanks Determine the amount see section 6 8 6 Connect the transparent funnel equipped filling hose supplied with the aircraft via the...

Page 19: ...sect 2 3 prior to the next take off If you detect any damage don t operate your aircraft before the damage is repaired If the maintenance and repair manual don t give adequate information please conta...

Page 20: ...om locking over centre the next time b check the tyre pressure main wheel 2 5 bar 36 psi nose wheel 2 5 bar 36 psi c check wheel brake and hose for wear and function 5 Left wing a check locking of the...

Page 21: ...udder the possibility of wing dropping or ground loops even on a slowly accelerating aerotow is reduced Take off with strong crosswind is possible 4 5 1 1 Aerotow a Aerotow is permitted only using the...

Page 22: ...ding 4 5 3 1 Normal landing It is recommended to dump the waterballast before landing even on airfields Dump the ballast before an outlanding in any case Abeam the landing point extend the landing gea...

Page 23: ...6 8 5 In flight the water drains at approx 0 5 lt sec 1 1 lbs sec 4 5 4 2 Fin water ballast tank For optimal thermalling performance and handling water ballast in the fin tank should be used to compe...

Page 24: ...minimize the possibility of freezing closed Operate the controls regularly to prevent ice build up It is not allowed to carry waterballast Caution 1 At temperatures below 20 C 4 F there is the risk of...

Page 25: ...2002 LBA app 4 19 Spins Caution Prolonged spinning is satisfactorily accomplished with aft C G positions If prolonged spinning is intended ballast in the ballast box in the fin should be used to achie...

Page 26: ...the stops until the nose swings down Otherwise due to the reverse airflow the control surfaces may flap against their stops and be damaged In addition holding the control stick at the stop prevents t...

Page 27: ...e must be raised approx 30 above the horizon After returning the stick to neutral apply full aileron into the desired direction to start the half roll When the wing passes the vertical position the ru...

Page 28: ...ainst the rolling direction Then pull the stick back to fly the half positive loop before the glider stalls in the inverted attitude If you keep the stick pulled back for a too long a time during entr...

Page 29: ...n good and clean condition and using average piloting techniques Flight manual DG 1000S Issued March 2002 LBA app 5 3 5 2 Approved data 5 2 1 Airspeed indicator system calibration IAS indicated airspe...

Page 30: ...osswind performance The demonstrated crosswind velocity is 15 km h 8 kts according to the airworthiness requirements 5 3 2 Gliding performance Performance data with 20 m span S 17 53 m wing loading kg...

Page 31: ...Flight manual DG 1000S Issued March 2002 5 6 5 3 3 Flight polar with 20 m wing span Flight manual DG 1000S Issued March 2002 5 7 5 3 4 Flight polar with 18 m wing span...

Page 32: ...operated A procedure for calculating the in flight C G is also provided A comprehensive list of all equipment available for this sailplane is contained in the maintenance manual 6 2 Weighing procedur...

Page 33: ...arch 2002 6 4 6 8 Loading chart 6 8 1 Cockpit load see weighing report section 6 8 8 a single seated max load in the front seat 110 kg 242 lbs min load in the front seat see placard in cockpit and wei...

Page 34: ...s light weight so the max mass is 12 kg The number of weights can be determined by the following table Mass of rear pilot kg lbs Number of trim weights Number of blinks of the lamp in the front instru...

Page 35: ...solo flying with fin ballast box empty XX YY 40 min load in front seat for solo flying with fin ballast box filled Weighing was executed with battery in the fin Z110 tailwheel with plastic hub brass h...

Page 36: ...ear 85 0 280 23 80 Waterballast in the wings 140 0 206 28 84 Water in the fin tank 5 4 5 260 27 86 Ballast in box in the fin 9 6 5 400 51 26 Total 745 XS 0 404 301 1 XS Moment Mass The limits of the i...

Page 37: ...nstruments in front panel 1 910 m Instruments in rear panel 0 740 m removable ballast Option see section 7 15 1 1 960 m Battery in fin see section 6 8 4 5 340 m Tail wheel see section 7 15 4 5 305 m F...

Page 38: ...ing spar caps Ailerons CFRP foam sandwich shell Rudder GFRP foam sandwich shell Horizontal stabilizer GFRP foam sandwich shell with CFRP roving spar caps Elevator GFRP shell Fuselage GFRP shell fusela...

Page 39: ...4 the panel can be hinged backwards into the cockpit take out the control stick first Flight manual DG 1000S Issued March 2002 7 5 10 Undercarriage retraction extension handle black back retracted fr...

Page 40: ...t 2 blinks appear and 1 blink for a light weight this means 10 blinks if the box is filled up completely After a pause of 2 3 seconds the blinking will be repeated etc The blinking can be stopped by p...

Page 41: ...nt seat is constructed as an integral inner shell The rear seat is height adjustable The adjustment is by means of a strap similar to the shoulder harness As safety harness only symmetric 4 point harn...

Page 42: ...from DG Flugzeugbau All current carrying wiring confirms to aeronautical specifications Flight manual DG 1000S Issued March 2002 7 11 7 13 Pitot and static system see diagram 8 M M Pitot probe in fuse...

Page 43: ...tion and to be inspected and entered in the aircraft log book by a licensed inspector 7 15 4 Heavy tailwheel Instead of the standard tailwheel with plastic hub S23 a tailwheel with brass hub S27 1 may...

Page 44: ...w a planned schedule of lubrication and preventive maintenance based on climatic and flying conditions encountered 8 2 Inspection period maintenance The Instructions for continued airworthiness mainte...

Page 45: ...and humidity will cause premature ageing of the external surfaces of your sailplane Flight manual DG 1000S Issued March 2002 8 4 8 5 Transport It is recommended to carry this valuable sailplane in a...

Page 46: ...rwise this may lead to swelling of the gelcoat More stubborn dirt which cannot be removed by washing may be cleaned off with silicone free wax containing car polishes e g 1Z Extra Meguiars in USA Long...

Page 47: ...Flight manual DG 1000S Issued March 2002 9 1 9 Supplements Section not effective...

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