The future of transportation is in the air.

The earth’s atmosphere is a limitless, maintenance-free transportation infrastructure.

At more than 300 miles deep, it’s a virtually unused medium,
providing unobstructed, direct access from anywhere to everywhere.

Lighter-than-Air technology (LTA) can fully utilize this free transportation infrastructure,
providing entrepreneurs and consumers of the world with greater access to the
global marketplace.

LTA will enhance the bidirectional flow of goods and services
while intensifying the growth of the world’s economies.

A constant in the universe, gravity is also a reliable source of renewable energy.

The 4 laws of LTA reveal the fundamental truths about the technology.

Realizing the potential of Lighter-than-Air technology,
the US government has invested more than $1.4 billion in an attempt
to decrease its overall transportation costs.

Direct Access
from anywhere to everywhere

Having the capability to bring products and services
to the global market more economically,
LTA will enhance the growth of the 140 developing countries of the world
while simultaneously providing their populations of 6 billion people
with more efficient access to the things they want and need.

Direct path access teamed with flexible cargo capability
provides Lighter-than-Air technology with unlimited market potential.

Lighter-than-Air technology will outperform
all other transportation technologies.
Lighter-than-Air technology can fill the logistical gap between
fixed-wing aircraft and shipping by vessel.

Lighter-than-Air technology is as relevant today as it was in the 1930’s!

A quick primer on Zeppelin airship History.

Prototyping—what is it, and is it necessary?

How safe is a modern airship?

Future growth in the shipping industry will be exponential!

Air and tare play a key role in the cost of shipping.

Achieving goals increases return on investment.

LTA will offer support services for this developing technology.

LTA will enhance the capability of this maturing technology.

Will you know it when you see it?