This Presentation was originally given December 7 2011, by AeroVehicles Inc., which details a hybridized aircraft; the AeroCat, capable of performing in harsh environments, as exemplified by its ability to rescue personnel at sea. Though this is a highly conceptual design, the presentation gives a highly detailed description of the AeroCat's overall design: from dimensions to its physical make up and composition.
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Proyectos Aeroespacial Argentinos Nuevas Tecnologías
1. AeroVehicles Inc. 2002
Proyectos Aeroespacial Argentinos
Nuevas Tecnologías
7 Deciembre 2011
2. Introduction
Aircraft manufacturers around
the world have designed and
built aircraft stating that they are
multi-role capable.
Very few have in fact achieved
this e.g. the De Havilland Caribou,
the Lockheed C130 and the
Chinook helicopter.
However, none can encompass
the capability of AeroCat.
AeroVehicles Inc. 2002
3. Multi-role Capable
Using state of the art
technology AeroCat is designed
for minimal support and can
operate in remote areas for
extended periods.
With endurance exceeding 36
hours, payloads up to 25-tons
and an airspeed of 70 knots;
AeroCat is truly a multi-mission
capable aircraft.
AeroVehicles Inc. 2002
4. Base Specifications
• Useful load (fuel and cargo) 41,000 kg
• Built-in fuel tank capacity 20,500 kg
• Maximum payload weight 25,000 kg
• Min cargo bay internal dimensions 25x3.6x3 mt
• Range @ max payload 4075 km
• Endurance @ 20 ton payload 48 hrs
• Max efficient cruise speed 130 km
• Nominal cruise altitude 1220 mt
• Max sustained altitude 3050 mt
• Emergency altitude 3660 mt
• Engine Horsepower (per engine) ≥ 650 hp
AeroVehicles Inc. 2002
6. Normal Taxi Limits
Wind Direction Maximum Wind Speed
Headwind 50 knots* (92 KM)
*For low friction surfaces
Crosswind 15 knots**( 27 KM)
** Crosswind above limits requires aircraft to be turned
into the wind for parking and crabbed to taxi
AeroVehicles Inc. 2002
7. Normal Parking Limits
Wind Direction Maximum Wind Speed
Headwind 50 knots (92 KM)
Crosswind 30 knots (55 KM)
ACLS suction on and operating normal
AeroVehicles Inc. 2002
8. Passenger Transport
AeroCat has the capability to operate from
commercial airports or remote locations.
Even in a total economy configuration passenger
comfort and outside visibility is incomparable.
AeroVehicles Inc. 2002
Configuration Seats
Business Class 64
Split 94
Business Class 16
Economy 78
Economy 108
9. Tour Economics
One (1) AeroCat
AeroVehicles Inc. 2002
SUMMARY - AeroCat SUA LOCAL TOUR OPERATION
Operation Updated:
Summary assumes aircraft operate at an average airspeed of 55 kts;
Configuration: 64 Passenger ALL Business Class; 45 minute flight;
Las Vegas Strip 5-Apr-2011
Snack & Beverage service includes appropriate cocktails & appetizers;
Weather based on 1961-1990 yearly averages
Purchase Acquisition Revenue with a Load Factor of 65%
Acquisition Price $44,480,468 Advertising $240,000
Annual Interest Rate 5.38% Passenger Ticket Sales $18,075,950
Monthly Payment $306,765 Total Revenue $18,315,950
Period (Yrs) 20.00
Annual Payment $3,681,185
Profit / Loss Financed for Purchase Profit / Loss Aircraft Owned
Expenditure $11,767,227 Expenditure $8,086,042
Profit/Loss $4,785,219 Profit/Loss $8,556,762
% on Expenditure 40.67% % on Expenditure 105.82%
Fixed Cost - Annual Indicated Direct Cost - Per Hour
Salary Sub-Total $965,000 Direct Cost per Hour $1,092
Non-Salary Fixed Cost Sub-Total $6,046,315 Direct Cost per Nautical Mile $24.27
Fixed Cost Total (Aircraft Owned) $6,501,720 Direct Cost per Seat Mile $0.38
Fixed Cost Total (Aircraft Financed) $10,182,904 Direct Cost per Available Ton Mile $2.02
Notes: 1) Current cost for a 1-hour tourist flight over San Francisco Bay is $495 per person. This
ops estimate is based on $200 per person.
Reference: Salary Averages from AV Careers, Professional Pilot and the US Government 2010 Salary Surveys
ATA Monthly Jet Fuel Cost Report Jeppesen Sanderson
British Capitol Group ARINC
10. Humanitarian Aid
• Average over 20,000 kg of payload
• Deliver payload directly to one or more villages
• Carry a transport vehicle to move supplies or bring patients to a
medical AeroCat if the landing area is not next to or in the village
AeroVehicles Inc. 2002
(23 standard pallets or 46 stacked)
(12 standard pallets or 24 stacked plus 8 additional pallets on the truck)
11. Mobile Hospital
• Complete medical and dental facilities flown directly where needed.
• The medical AeroCat can stay in place as long as required while a
Humanitarian Aid/Supply AeroCat replenishes food, clothing and
other supplies as necessary.
• AeroCat’s long endurance brings quality aid and supplies in large
quantities to remote areas not easily accessible by other modes.
AeroVehicles Inc. 2002
Three examination rooms
(or two and extra storage)
Medical Supply
Storage
(Can be expanded)
Quarters for flight crew
Plus six person medical team
Full Latrine
With shower
Reception, Latrine
and Waiting Area
Full Galley
12. Firefighting
• Low altitude and airspeed enables highly accurate
retardant dispersal
• Able to deliver over 13,000 liters of fire retardant
• Containment in hours instead of days greatly
reducing loss of life and property
AeroVehicles Inc. 2002
13. Firefighting Economics
AeroCat is possibly the most cost
effective fire fighting aircraft to ever
be developed
Forest Fire Modeling Analysis provided by
Fire Tech Management Ltd., Canada
AeroVehicles Inc. 2002
14. Border Patrol
• Endurance; Up to two days on station
• Crew Rest Accommodations On-Board
• Platform Stability Improves Sensor Performance
• Capable of inserting interdiction personnel
AeroVehicles Inc. 2002
15. Search and Rescue
• Capable of deploying air sea rescue personnel
• Medical facilities onboard
• Rescue operations in conditions up to Sea State 5
AeroVehicles Inc. 2002
WMO Sea State Code Wave Height (meters) Characteristics
0 0 Calm (glassy)
1 0 to 0.1 Calm (rippled)
2 0.1 to 0.5 Smooth (wavelets)
3 0.5 to 1.25 Slight
4 1.25 to 2.5 Moderate
5 2.5 to 4 Rough
6 4 to 6 Very rough
7 6 to 9 High
8 9 to 14 Very high
9 Over 14 Phenomenal
16. Summary
AeroCat is in every sense a multi-role, multi-function aircraft with the ability
to be rapidly reconfigured to meet the demands of a modern changing world
Facts, Not Suppositions
• Alliances
• Multi-use Aircraft
• Proven Technology
• Market Confirmed
Future Products
• Second and third generation products will scale up the capabilities of the
AeroCat aircraft to grand proportions: from a 40-50 ton payload to a
notional 250-500 ton payload aircraft, capable of transporting time-
sensitive cargo trans-oceanic.
AeroVehicles Inc. 2002