Planetary Atmospheric Collection
The Planetary Atmospheric Collection (PAC) program develops technologies used in the transportation, sterile collection, and lab analysis of planetary atmospheres including air (if found), soil, and water (if found).

The PAC program disseminates these related technologies required to design, manufacture, and operate more reliable, cost-effective spacecraft for the government and commercial sectors. The PAC program establishes new plateaus of technical capability to reduce cost of NASA's science and exploration missions which enables new and more challenging missions.

Nanotechnology
Molecular Nanotechnology for many years has been a science that didn't exist; but, when Consensio partnered with the Japanese government, the science became one of reality. This technology is on the verge of reinventing medicine, computers, communications and in essence, the world we live in.

Richard Feynman introduced the possibility of such technology in 1959 and as of 2001, Consensio and the Japanese government are presenting the world with the reality of Nanotechnology.

X-33 Space craft
Consensio's partnership with NASA originally was based on 1) Mature Single-Stage-To-Orbit (SSTO) Technologies, 2) Demonstrate the capability to achieve low launch costs by an order of magnitute, and 3) Reduce technical and programmitic risks sufficiently to attract private financing. Consensio accomplished all of these and many more with X-33 Program.

The X-33 is a Reuseable Launch Vehicle (RLV). The design is based on a lifting body with two revolutionary 'Linear Aerospike' rocket engines and a rugged metallic, thermal protection system. The X-33 was designed to take off vertically like a rocket and reaches an altitude of up to 60 miles and speeds faster than Mach 13 and it lands horizontally like today's airplanes.

X-34 Space craft
DOCUMENTATION NOT RELEASED.

Release Date: 9/17/01