Full Orbit Consulting was formed in response to the ongoing huge cost and schedule overruns
in space programs. There are cost effective ways to develop space instrumentation and in significantly less
time. Full Orbit designs and specifies sensors, electronics, mission concepts, and system architectures with over
24 years of military/space experience from our largest assets, to small unique application specific devices.
Large space companies have grown to the point that it is difficult to act any other way than they have in the past. In many
cases this has been driven by program requirements that have failed to apply simple common sense. A simple request for
information or proposal now requires a lengthy and costly process. A new development most often will demand a cost plus contract
because of the cumbersome management structure and poor internal IR&D foresight. Cost plus offers no incentive
to exceed schedule requirements unless contracts are structured in that manner. To overcome this, development needs to be
performed at a small organization without the large overhead. Quick reaction to emerging customer requirements, controlling
costs, and a broad technology portfolio are what will drive contract award beyond 2010.
Business plans can
be developed to help companies enter the full payload market. Many companies overspend while purchasing
part or all of a payload for their application. A company that offers a full solution will always be in a stronger competitive
position. Space based imaging systems are no longer the sole province of a few companies. To enter the full payload
market requires hundreds of thousands instead of millions of dollars.
Manufacturing will continue
to be done by qualified space houses but the NRE can be done in a much faster and concentrated way. Full Orbit is working
on new mission concepts, new sensors designs and new technologies as well as incorporating these into next generation
spacecraft attitude control, recorder design and signal processing.
There are a number of instruments and architectures
that Full Orbit is presently driving. Due to the extremely competitive nature of the business, and program award fees, clients
are not revealed unless consent is granted. Several of the systems under development can translate to aerial
or even land based applications and some will be available for purchase as they near completion. This will take the form of
documented system architectures, CONOPS, sensor and box level specifications, full spacecraft (or other) interface, and some
will go down to the level of a command set. Performance metrics are also part of the deliverables (collection capability,
power/mass, data size).

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