Introduction

In a captivating discussion between Emery Smith and David Adair, the conversation delves into the intriguing world of extraterrestrial technology and the personal experiences of Adair, who claims to have worked on advanced aerospace projects, including the construction of an alien reproduction vehicle (ARV) named Pitholem. This article summarizes their conversation, highlighting the complexities of working with unknown materials, the challenges of aerospace engineering, and the implications of military interests in advanced technology.

The Journey of Building Pitholem

Early Inspirations and Materials

David Adair recounts his early fascination with model building, influenced by his mother, a master modeler. This passion led him to undertake the ambitious project of constructing Pitholem, an ARV. Adair faced significant challenges in sourcing materials, as conventional rocket bodies were deemed too weak for his needs. He requested a unique, heavy, and heat-resistant material, which led to the procurement of a mysterious substance that would later be identified as "carbnite." This material, with its iridescent sheen and extraordinary properties, became the foundation for the vehicle's construction.

The Construction Process

Adair describes the meticulous process of creating molds for Pitholem using modeling clay. He crafted the vehicle around a powerful engine, focusing on the physics of thrust and propulsion. The construction involved innovative techniques, including the use of polyurethane to harden the molds, which were then sent to a nuclear furnace for casting. The successful casting of the vehicle's components marked a significant milestone in the project, culminating in the completion of Pitholem in June 1971 after 26 months of intense labor.

Military Implications and First Strike Capability

As the project progressed, Adair learned that the military's interest in Pitholem extended beyond mere aerospace innovation. The vehicle was intended to serve as a first-strike weapon against the Soviet Union, capable of delivering a thermonuclear payload. This revelation highlighted the darker motivations behind the project, as Adair realized that the speed and capabilities of Pitholem could potentially alter the balance of power in global military strategy.

The Fallout and Consequences

The Explosive Incident

Adair's journey took a dramatic turn when he attempted to sabotage the project after discovering its true purpose. He devised a plan to create a conventional explosion at the facility, which resulted in chaos and a confrontation with military personnel. This incident led to a physical altercation with Arthur Rudolph, a key figure in the project, and ultimately resulted in Adair being detained and threatened with severe consequences.

The Aftermath and Escape

Following the explosion, Adair was taken to a secure location where he faced intense interrogation. General LeMay intervened, recognizing Adair's potential and the need to protect him from further harm. LeMay's actions not only saved Adair but also led to the destruction of critical documents related to the project, complicating the military's ability to pursue their objectives.

Conclusion

David Adair's experiences with the construction of Pitholem reveal a complex interplay between innovation, military interests, and ethical considerations in aerospace engineering. His story serves as a cautionary tale about the potential consequences of advanced technology when intertwined with military ambitions. As we reflect on these themes, it becomes clear that the pursuit of knowledge and innovation must be balanced with a sense of responsibility and foresight.