ATLANT: The future ATLANT: The future technology for Northern - - PowerPoint PPT Presentation

200 2009 9 Augur Augur -

• RosAeroSystems

RosAeroSystems

ATLANT: The future ATLANT: The future technology for Northern technology for Northern Territories Territories

ATLANT ATLANT – – GLANCE TO THE FUTURE GLANCE TO THE FUTURE

LTA TRANSPORTATION TASKS: Task 1. Long range, cost effective transportation missions between established logistic centers with specialized airship infrastructure. Range – up to 15 000 km, Cost – below 0.5$ per tone/km. Hangars, masts/mooring devices, ballast/return cargo at both connected points.

LTA TRANSPORTATION TASKS: Task 2. Medium range transportation missions connecting established logistic centers with temporary logistic centers or destinations without any specialized airship infrastructure. Range – up to 3 000 km, Cost – below 0.75$ per tone/km. Hangars, masts/mooring devices, ballast/return cargo are NOT required.

LTA TRANSPORTATION TASKS: Task 3. Short range cost effective unique transportation missions

• f moving, mounting/dismounting of large oversized cargo.

Range – up to 500 km, Cost – below 1.5$ per tone/km. Hangars, masts/mooring devices, ballast/return cargo at both connected points are NOT required.

World LTA tendency: Type 1 World LTA tendency: Type 1

Cargolifter Cargolifter CL CL-

• 160

160

Aerostatica Aerostatica A A-

• 06

06

Ohio Airships Aerostatica A-06

World LTA tendency : Type 2 World LTA tendency : Type 2

Lockheed Lockheed-

• Martin

Martin Millennium Millennium Airship Airship Inc Inc Worldwide Worldwide Aeros Aeros Corporation Corporation

7

8

World LTA tendency: Type 3 World LTA tendency: Type 3

Lokomosky

ATLANT can be used for both: Type 2 and Type 3 transportation tasks

Oversized cargo Large 28x10x6 cargo bay

10

Type 2 LTA transportation system Type 2 LTA transportation system

European Russia

56 м/kм2 0.42 м/kм2

Siberia East

0.32 м/kм2 Roads м/kм2

Siberia W est

ATLANT transportation coverage ATLANT transportation coverage

2 2 к м к м 1000 км

Красноярск Красноярск

А АТЛАНТ ТЛАНТ 30 30 -

• 14

14 т т А АТЛАНТ ТЛАНТ 100 100 -

• 52

52 т т R R = = 2000 2000 км км

А АТЛАНТ ТЛАНТ 30 30 -

• 1

15 5 т т А АТЛАНТ ТЛАНТ 100 100 -

• 5

55 5 т т

Ближнемагистральная Ближнемагистральная перевозка перевозка

R = 1000 км

4 4000 000 км км 4 4000 000 км км

Среднемагистральная Среднемагистральная перевозка перевозка

R R = = 4000 4000 км км

А АТЛАНТ ТЛАНТ 30 30 -

• 11,3

11,3 т т А АТЛАНТ ТЛАНТ 100 100 -

• 40

40 т т Дальнемагистральная Дальнемагистральная перевозка перевозка

CALLANGES OF NORTHERN TERRAINS FOR AIRSHIPS CALLANGES OF NORTHERN TERRAINS FOR AIRSHIPS

High gusty winds up to 60 knots Heavy snow up to 40 inches a day Low temperatures up to - 55 deg.C No infrastructure Big distances 1500 km +

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• NO feathering

NO feathering

• smaller size

smaller size

• higher speed

higher speed

• NO mooring mast

NO mooring mast

ATLANT vs. classic airship ATLANT vs. classic airship

• NO hangar

NO hangar

• NO ground team

NO ground team

• NO ballast

NO ballast

• wider weather limits on ground and in flight

wider weather limits on ground and in flight 13

Special shape provide ATLANT additional lift, Stability and low loads both: in flight and on ground. Rigid shell allow hangarless operation At strong side winds

ATLANT R&D

ATLANT Active Ballasting System ATLANT Active Ballasting System

Fuel compensation Partial load discharge compensation Heavy mooring Pitch control Anti-acing actions Minimizing baloney volume

Technical data Technical data

4 х 625 4 х 625 Piston cruise engines power, h.p. 9 9 Active ballast systems, tons 2000 2000 Flight range at cruise speed, km 90 - 140 90 - 140 Cruise speed range, km/h 3500 3500 Maximum flight altitude, m 3 14 Payload weight, tons 26,7 32,7 Airship takeoff weight, tons 20,4 Helium volume, thousand cub. m 30 Envelope volume, thousand cub. m passenger cargo Version Main geometry and engineering data

7 75 м 5 м 41 м 41 м 23,5 м 23,5 м

Landing on water surface Landing on water surface

Unique underwater balances can keep ATLANT safe on water at 1.5 meter waves

ATLANT opens new era in arctic exploration and development ATLANT opens new era in arctic exploration and development

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ATLANT UNIQUE POSSIBILITY TO LAND ON ICE ATLANT UNIQUE POSSIBILITY TO LAND ON ICE

19

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Атлант Атлант увеличит транспортную доступность арктических территорий увеличит транспортную доступность арктических территорий R=2700 R=2700 км км Северный Северный полярный полярный круг круг 2 2 5 5 к м к м

А АТЛАНТ ТЛАНТ 30 30 -

• 14

14 т т А АТЛАНТ ТЛАНТ 100 100 -

• 52

52 т т R R = = 2000 2000 км км

5 5000 000 км км 5 5000 000 км км

Среднемагистральная Среднемагистральная перевозка перевозка

R R = = 5 5000 000 км км

АТЛАНТ АТЛАНТ 30 30 -

• 1

10 0 т т АТЛАНТ АТЛАНТ 100 100 -

• 36

36 т т Дальнемагистральная Дальнемагистральная перевозка перевозка

Россия Россия

Transportation of up to 15 tone cargo, including oversized Transportation of up to 15 tone cargo, including oversized

ATLANT in passenger (cruise) version ATLANT in passenger (cruise) version

Helideck Helideck Aisles and stairs Multifunctional hall Exclusive luxury cabins VIP cabins Passenger cabins saloon – bar Observation deck

1 floor 2 floor 3 floor

Vast inner space Vast inner space

ATLANT family aircrafts economic indicators ATLANT family aircrafts economic indicators

5,3

• 41,3
• 5. 1 passenger-kilometer cost, Euro cent
• 32,9
• 51,5
• 4. 1 ton-kilometer cost, Euro cent
• 2400
• 1012
• 3. Flight hour cost, EUR

56 40 22 17

• 2. Production aircraft cost, million EUR

79 51 29 23

• 1. Aircraft R&D cost, million EUR

passenger cargo passenger cargo ATLANT - 100 ATLANT – 30

Transport cycle of up to 18 months Transport cycle of up to 18 months

Storage, Storage, Loading Loading 1,5 months 1,5 months Polar line Polar line 2 months 2 months 10 10-

• 15 days

15 days

Delivery in 1 Delivery in 1-

• 2 days

2 days

Snow road 1 Snow road 1-

• 2 days

2 days

ATLANT 100 ATLANT 100

Factory Factory

Сборка Сборка, , наладка до 1 наладка до 1 мес. мес.

Destination Destination

European European railroad railroad 25

ATLANT TIME EFFICIENCY ATLANT TIME EFFICIENCY

Polar railroad 3 days Polar railroad 3 days Storage, Storage, Loading Loading 1,5 months 1,5 months Storage, Storage, Loading Loading 1,5 months 1,5 months

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ATLANT ECONOMIC EFFICIENCY ATLANT ECONOMIC EFFICIENCY

ATLANT 30 replaces 5 MI-8 helicopters and saves 8 million $ a year due to different cost of flight hour

26

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ATLANT can speed up Eastern Siberia development In 1.5-2 times!!!

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Au 12 Au 12

Au Au 30 30

RD 2 RD 2

Au 11 Au 11

2006 г. 2006 г. 2003 г. 2003 г. 2001 г. 2001 г. 1995 г. 1995 г.

STEP BY STEP DEVELOPMENT STRATEGY STEP BY STEP DEVELOPMENT STRATEGY

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All All RosAeroSystems RosAeroSystems airships are thrust vectored airships are thrust vectored

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АТ АТL LА АN NТ 30 Т 30 АТ АТL LА АN NТ 100 Т 100

20 201 16 6 20 201 14 4

EXPECTED DEVELOPMENT TIME EXPECTED DEVELOPMENT TIME

RosAeroSystems RosAeroSystems is the leading Russian manufacturer of LTA products. is the leading Russian manufacturer of LTA products.

The major advantage we have over our competitors is that of acce The major advantage we have over our competitors is that of access to the ss to the Russian aerospace activities with the attendant benefits includi Russian aerospace activities with the attendant benefits including all of the ng all of the technological possibilities and intellectual potential inherent technological possibilities and intellectual potential inherent in such an industry in such an industry. .

RosAeroSystems today is one of the RosAeroSystems today is one of the few companies in the world and only few companies in the world and only company in Russia which has its company in Russia which has its

• wn completed envelope production.
• wn completed envelope production.

This subdivision has a computerized This subdivision has a computerized cutting and welding HF equipment. cutting and welding HF equipment.

In November 28, 2006 for the first time in the history of Russia In November 28, 2006 for the first time in the history of Russian n aeronautics, manned airship has been Type certified. aeronautics, manned airship has been Type certified.

Airship Au 12 Airship Au 12

Operation in Moscow Operation in Moscow

Advertising campaign in Thailand Advertising campaign in Thailand

Multipurpose airship Au 30 at Multipurpose airship Au 30 at -

• 40 degree C

40 degree C

14 1400 kg 00 kg Payload: Payload: up to 1 up to 18 8 m m Construction height: Construction height: 66x 66x35 35x x20 20m m

• Min. hangar size (inside)
• Min. hangar size (inside)

54.0 m 54.0 m Length: Length: 13.5 m 13.5 m Diameter: Diameter: 4 4 Length/diameter ratio: Length/diameter ratio: 12 1266 66 cu.m cu.m including air ballonets, up to: including air ballonets, up to: 5250 5250, ,0 0 cu.m cu.m Envelope volume: Envelope volume: up to 12 m/s

• Max. wind speed at take off and
• Max. wind speed at take off and landi

landiп пg g up to 20 m/s

• Max. wind speed at fly
• Max. wind speed at fly

up to 8 Passengers Passengers 4 40...8 0...80 0 km.p.h km.p.h Cruising speed Cruising speed 2 pilots / 4 2 pilots / 4-

• 6

6 Crew Crew/ /Ground crew: Ground crew: up to 1500 m up to 1500 m Working altitude: Working altitude: 2500 m 2500 m

• Max. altitude:
• Max. altitude:

3000 km 3000 km Change Change-

• of
• f-
• location flight range:

location flight range: 1 15 500 km 00 km Flight range at cruising speed Flight range at cruising speed 6 60 0 kmp.h kmp.h: : 7 7 hrs hrs Flight endurance at max. Flight endurance at max. prolonged prolonged speed speed 2 24 4 hrs hrs Flight endurance at cruising speed Flight endurance at cruising speed 6 60 0 kmp.h kmp.h 65 650 liters 0 liters Fuel tank: Fuel tank: 2x170 H.p 2x170 H.p Power : Power : up to 180 sec. up to 180 sec. 360 deg. rotation time at zero speed: 360 deg. rotation time at zero speed: 100 100 km.p.h km.p.h

• Max. speed:
• Max. speed:

Technical data Technical data

• IFR flights

IFR flights -

• Most contemporary autopilot system

Most contemporary autopilot system -

• Car fuel availability

Car fuel availability -

• Thrust vectoring

Thrust vectoring

Advanced flight fly Advanced flight fly-

• by wire and

by wire and navigation systems navigation systems

The cockpit provides a wide field of vision.

Ergonomic Ergonomic cabine cabine

Master truck can serve airship at any available field.

Ground maintenance facilities Ground maintenance facilities

• Aerial photography and laser

Aerial photography and laser scanning scanning

• Electrical lines monitoring

Electrical lines monitoring

• Pipe lines diagnostic

Pipe lines diagnostic

• Mapping

Mapping

• Ecological monitoring

Ecological monitoring

• Gravity measurements

Gravity measurements

• Mine detection

Mine detection

• Long time patrolling

Long time patrolling

• Accident prevention

Accident prevention

• Advertising

Advertising

• Elite tourism

Elite tourism

Application Application

Electrical lines Electrical lines monitiring monitiring

• Relief grade estimation

Relief grade estimation

• Water drain directional survey

Water drain directional survey

• Flooding zone calculation
• Natural objects modeling and geometrics

calculation

Landscape mapping employing 3D laser Landscape mapping employing 3D laser scanning techniques scanning techniques

AU-30 airship is a perfect flying laboratory specified for ecological monitoring:

• Atmospheric air pollution
• Industrial pollutant emissions evaluation
• Ecological damage identification

Ecological monitoring Ecological monitoring

Airship mounted gravimetric equipment gives Airship mounted gravimetric equipment gives wide opportunities to prompt and precise wide opportunities to prompt and precise minerals mapping and thereby reduce minerals mapping and thereby reduce geological exploration well geological exploration well-

• boring expenses.

boring expenses. Low speed gravity measurements Low speed gravity measurements performance with low vibration and performance with low vibration and acceleration provide great accuracy profit! acceleration provide great accuracy profit!

Universal carrier of special equipment Universal carrier of special equipment

Two years of successful operation Two years of successful operation

Record flight Record flight

September 12 September 12 – – 14th the largest Russian AU 14th the largest Russian AU-

• 30 airship has

30 airship has successfully performed the record flight across successfully performed the record flight across Kirzhach Kirzhach (Moscow (Moscow Region) Region)-

• Borovichi

Borovichi (Nizhny (Nizhny-

• Novgorod Region)

Novgorod Region) – – Manushkino Manushkino (Saint (Saint-

• Petersburg)

Petersburg) – – Kirzhach Kirzhach covering about 1300 km in total. covering about 1300 km in total.

World’s Record in flight distance for a non-rigid airship has been beaten twice!

Airship polar flights in 1926 Airship polar flights in 1926-

• 19

1928 28

Length Length -

• 250

250 m m Height Height -

• 30

30 m m Volume Volume -

• 105000

105000 cub.m cub.m Total power Total power -

• 3600

3600 h.p h.p. . Payload Payload -

• 23

23 tonnes tonnes Cruising speed Cruising speed -

• 125

125 km/h km/h Range Range -

• 11250

11250 km km

LZ LZ-

• 127 "

127 " Graf Zeppelin Graf Zeppelin " " ( (1928 1928) ). .

Zeppelin polar mission in Zeppelin polar mission in 1931 1931

В 1931 год - Полярная экспедиция

Multipurpose airship Au 30 Multipurpose airship Au 30

Multipurpose airship Au 30 Multipurpose airship Au 30

Multipurpose airship Au 30 Multipurpose airship Au 30

Multipurpose airship Au 30 Multipurpose airship Au 30

Multipurpose airship Au 30 Multipurpose airship Au 30

Au Au-

• 30

30 А АTLANT TLANT -

• 6

6

Envelope volume, Envelope volume, cub.m cub.m

5250 5250 6000 6000

Length, m Length, m

55 55 60 60

Payload, kg Payload, kg

1400 1400 1700 1700

Heaviness, kg Heaviness, kg

500 500 800 800

Fuel, kg Fuel, kg

500 500 1150 1150

Compensation of fuel consumption, kg Compensation of fuel consumption, kg

• 350

350

• Max. speed, km/h
• Max. speed, km/h

90 90 100 100

Cruise speed, km/h Cruise speed, km/h

60 60 80 80

Range at cruise speed, km Range at cruise speed, km

750 750 1500 1500

Engines power, Engines power, h.p h.p. .

2*160 2*160 2*230 2*230

AU-30 vs ATLANT-6

AU AU-

• 30 technical characteristics allow outstanding scientific missio

30 technical characteristics allow outstanding scientific mission performing like n performing like Arctic pack ice thickness measurements. Arctic pack ice thickness measurements.

Multipurpose airship Au 30 Multipurpose airship Au 30