Massive 1.5 million sq ft data center campus planned for West Texas — bringing the state's total regional AI investment to $12 billion

What exactly has Crusoe proposed building near Jayton, Texas?

Crusoe has filed plans for two large computing facilities near Jayton in Kent County, Texas. The applications place them along Country Road 233 and P2390, but do not list specific street addresses. Together, the buildings would create nearly 1.52 million square feet of space.

Each proposed building would measure 759,260 square feet. The combined investment is estimated at $4.8 billion. The filings classify the structures as “spur buildings” connected to Project Hyper, Crusoe’s separate development in Childress.

Construction could begin in January 2027. The first Jayton facility is expected to start operating in May 2029, followed by the second in July 2029. The filings do not identify a customer or explain whether Crusoe will operate the buildings itself.

How large are the two Jayton facilities, how much will they cost, and when could they begin operating?

The two Jayton buildings would be exceptionally large. Each is planned at 759,260 square feet, producing nearly 1.52 million square feet of combined computing space. That is comparable to a major industrial campus rather than a conventional office building.

Crusoe’s filings put the combined investment at $4.8 billion. The amount covers the proposed development, although the documents do not provide a detailed breakdown of construction, computing equipment, power systems, or other costs. Both buildings are described as connected to Project Hyper in Childress.

The construction schedule begins in January 2027. The first facility could come online in May 2029. The second is expected to follow in July 2029. The filings do not say whether customers have already committed to using the capacity.

What is a data center, and why are very large ones needed for artificial-intelligence computing?

A data center is a building designed to house computer servers and networking equipment. It also includes power systems, cooling equipment, security, and connections to communications networks. These facilities support online services, cloud applications, data storage, and intensive computing.

Artificial-intelligence systems require especially powerful hardware. Training a model involves processing huge datasets repeatedly, often using many specialized processors at once. Running models for users also requires substantial computing capacity. Large campuses allow operators to group thousands of machines and supply them with coordinated power, cooling, and network connections.

The Jayton plans illustrate this trend. Crusoe proposes almost 1.52 million square feet across two buildings, with $4.8 billion in combined investment. The article identifies them as computing facilities, but does not specify their exact hardware or intended AI customer.

How do the Jayton facilities relate to Crusoe's larger Project Hyper campus in Childress?

The Jayton facilities are not described as an entirely separate concept. Texas regulatory filings classify both buildings as “spur buildings” connected to Project Hyper, a Crusoe development already being built in Childress. This suggests a relationship between the sites, although the filings do not explain every operational or infrastructure link.

Project Hyper includes three planned Childress facilities. Each measures about 806,360 square feet, and each carries an estimated investment of roughly $2.4 billion. Two are already under construction, while work on the third is expected to begin this month. All three are scheduled for completion by the end of June 2028.

Jayton’s construction would start later, in January 2027, with operations planned for 2029. Project Hyper and Jayton together could represent approximately $12 billion in planned investment. Electricity-sharing arrangements between the sites remain undisclosed.

Which technology companies are connected with Crusoe's other Texas data centers, and what role do customers play in making these projects viable?

Crusoe’s Texas projects already connect it with several major technology companies. Axiom uses Crusoe’s Abilene facility. Additional Abilene capacity is expected to be leased to Microsoft, while Crusoe is developing a separate Armstrong County campus for Google. Meta has been reported as a prospective tenant at Childress.

These relationships can turn a large building into an operating business. A technology customer may lease computing capacity for AI training, cloud services, or other workloads. That demand can help support the facility’s construction, equipment purchases, power contracts, and ongoing operations. The article does not provide contract terms or confirm every reported tenancy.

The Jayton filings identify no customer. They also do not say whether Crusoe will operate the buildings itself or secure tenants before completion. That uncertainty matters because the buildings are not expected to begin operating until 2029, after a multibillion-dollar buildout.

What consequences will these facilities have for electricity supply, renewable generation, energy storage, and water use?

Large computing campuses can place major demands on local electricity systems. The Childress partnership with Lancium covers a planned 1.4-gigawatt computing campus. Lancium owns the 270-acre property and will develop and manage the energy infrastructure serving the planned facilities.

The Childress project is expected to include solar generation and energy storage onsite. These resources would supply part of the campus’s electricity requirements. The facilities will also use recirculating cooling systems, which are intended to reduce the water needed to operate large computing installations. The article does not quantify the expected savings.

The Jayton filings do not say whether those buildings will receive electricity through infrastructure tied to Childress. Therefore, their precise effects on regional power generation, storage, and water use remain unknown. More broadly, the plans show why energy and cooling systems are central to large AI campuses.

Why are large computing campuses being built in West Texas, and how do power, land, cooling, and network connections shape where data centers can operate?

Large AI campuses need unusual combinations of resources. They require vast sites for buildings, substations, generators, cooling equipment, and possible renewable projects. They also need dependable electricity and strong fiber connections so machines can exchange data quickly. West Texas has become an established data-center corridor, and Jayton lies between Childress and Abilene.

Power is especially important because AI servers can consume enormous amounts of electricity. Developers may pair campuses with grid connections, solar generation, or batteries. Cooling is equally essential because computing hardware produces intense heat. At Childress, Crusoe and Lancium plan onsite solar, storage, and recirculating cooling. Land availability makes these systems easier to build at scale.

The article does not state why every site was selected or confirm Jayton’s power and network arrangements. It does show Crusoe spreading projects across West Texas rather than using one location. That geographic expansion could support more capacity, but it also increases the need for coordinated infrastructure.

Key Facts:

📌 Crusoe proposed two computing facilities near Jayton, Texas.

📌 The buildings would total nearly 1.52 million square feet.

📌 Construction could begin in January 2027.

📌 Each Jayton building would cover 759,260 square feet.

📌 Combined investment is estimated at $4.8 billion.

📌 Operations could start in May and July 2029.

📌 Data centers house servers, networks, power systems, and cooling equipment.