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ALL BAT
DESIGNS ARE SAFE GUARDED AND NOT ILLUSTRATED FOR COMMERCIAL SECURITY
UNTIL INVESMENT HAS REACHED A SET LEVEL
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Investor money goes straight into prototyping and
manufacture.
Types will be sub-contracted to existing manufacturers
for production or be built by BAT if this isn’t
competitive.
BAT designs are in manufacture mode: traditionally
several years is taken deciding whether or not to build
necessary types, wasting time and money.
Each BAT design programme has back-up designs capable of
similar performance, providing redundancy.
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Investors gain more than just a BAT Syndicate portion
purchase; these products provide keys to a safer,
cleaner, more prosperous future of the entire world.
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BAT will need hundreds of thousands of workers directly,
with long term benefits to all users of aviation
services, from business, freight and tourism.
Neecenow and HYT will be built in Western countries. All
other programmes are able to be constructed in other
nations.
If
a country becomes a major portion buyer, manufacturing
will be considered thoroughly for that nation, although
not guaranteed. Taxation laws, skilled
labour,
factory costs, security and other factors will sway
where manufacturing will be for each programme.
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Costs are obtained from the sale of portions of the total
estimated manufacturing costs of each type.
Any person, company, organization or Government can
buy portions of these programmes and benefit from future
sales or operation in HYTs case, and any unused development
funds. Portion values maintain a constant value, not rising
or falling.
Existing
aircraft manufacturing companies will vie for manufacture
through sub-contract or custom build, set up during
proto-typing that will be conducted within BAT.
Except for the Neecenow and HYT engines, all BAT
designs use existing technology
There is no portfolio for BAT products other
than the information here.
The
rate of portion sales will simply tie into the rate of
development and manufacture and will not affect production
chances.
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Production
The air and
spacecraft programmes on this site are all being produced. The question
is not if they will be built, but when and by whom?
By using a totally
unique method to obtain the necessary capital, the revolutionary
designs, each benefiting the progress of humankind can become reality.
Each design is at the forefront of technology without being
unattainable, and able to provide speed, comfort as well as cost savings
to businesses and consumers alike. The construction will guarantee jobs
for hundreds of thousands workers and create many more. Once in
operation the air and spacecraft will bring a new
era of efficiency and price cuts while being ecologically sound.
Cleaner, efficient new aerospace types produce opportunities in markets
of thousands of required aircraft.
How?
BAT already has
fully specified designs. Initial funding will be used for business
infrastructure and employment of workers within BAT. Manufacturers of
aerospace products will be contacted to ascertain interest in
participation while BAT conducts refinement of the final production
versions of each air and Spacecraft design.
With a design - or
designs as BAT owns - production is a mere assembly of parts and can be
staggered to suit any budget. BAT’s build philosophy staggers production
to the rate of portion sales. This outlook allows the programme aircraft
to be built whether it takes 4 or 20 years. Fully funded some programmes
could enter service within 5 years. If production portions sales are
slow the production process will be scaled accordingly until funds exist
to complete production. The same philosophy will be applied to the
programmes once in manufacture, scaled to orders with exception of
shortened waiting times to those of present.
Should existing
manufacturers team with BAT, the funds raised will be provided to each
company to build programme aircraft to specification. Funds will also be
provided to power plant and other manufacturers to develop or refine
products, innovations and technology as required. Any unused funds from
the production process will be returned to portion investors in a
percentage context of the total value versus the amount of portions the
investor owns.
Where will they be
built?
BAT will assemble
all the required aspects and splice them all together, including where
to manufacture. The intention is to provide the capital and designs to
existing manufacturers for these companies to build the BAT products.
Many types will be
sub-contracted to existing manufacturers, particularly if the
manufacturer or Government becomes a major portion buyer and holder.
There is no guarantee of that any BAT construction will take place in
that country, but portion purchasing origins will not be overlooked
because it demonstrates commitment.
Manufacturers will decide where the bulk of construction takes
place should their interest and commitment be sufficient. The strict
exception to this is that the J2000 HYT and ARFG are likely to be built
in the United States: the sister aircraft, the AFG, will be produced in
Europe to meet global security requirements.
Should existing
manufacturers fail to be interested, BAT will use the obtained funds to
build these products. Multiple factors will be reviewed before any
decisions on where the products will be built such as, taxation, portion
buyer origins, laws, skill of labour – particularly in aerospace in the
past - cost of any factories and other factors will be issues addressed
in the assessment process.
Within commerce is
a desperate requirement for faster supply. Wealth of private
corporations, banks and investors has grown in stature and number and
among these people and businesses are those that desire change for the
better, and those that need it. Manufacturers, their workers and
Governments will initially profit from build expenditures. Trillions in
sales are anticipated with many times this value from efficiencies and
new business going to operators, business and users flowing on outside
of aerospace, as aircraft of last century achieved and benefited us all.
Why BAT?
Governments are
not responsible for building aircraft and cannot fulfil aviations future
needs: it requires the right designs and large scale private investment.
BAT uses global resources to build appropriate, necessary products to
reduce expenditures many times programme value, generating jobs and cash
flow. For less than the $250
billion 2008 space budget, future costs can be a tenth present
expenditure, freeing money for education, hospitals and housing.
There is no
antonym of evolution, but the decline in aerospace developments impact
on the world, such as via the global financial crisis, is evident with a
population double that since the advent of the Boeing 747. Without
improvements, flow on effects to poorer nations - who want work; not
charity – is strained and halted.
Achieving a better
world has a long way to go; most of us have enough difficulty dealing
with our own humanity, our family and community: this takes time. It’s
easy to forget how far we’ve come, and by extending ourselves – reaching
- we attain goals. Australian history shows how a colony serves the
former “parent world”, inventing the basis for flight via Sir Lawrence
Hargraves box kite design, electric drills and refrigeration, with the
United States commercialising them – another colony.
By extending this philosophy we see the exciting prospects of how
colonised planets can benefit us all. The real value of all this is seen
through everyone being valued and given hope in expectation of something
better, for themselves and the world, because too often this essential
task is put behind profit and excuse, helping our inner journey of self
discovery as much as our outer voyages to distant shores.
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