The ANTIETAM project exemplifies Occidental’s factory-style Permian development approach, built on standardized pad design, repeatable drilling execution, and centralized infrastructure. It reflects a high-density, single-zone Spraberry program focused on efficiency, predictable cadence, and scalable production.
Enverus estimates the Permian Basin now has about 55,000 drilling locations that break even below $50/bbl, up 10% year-over-year due to improved resource quality and cost reductions. Including all geologically viable zones, total inventory approaches 100,000 locations, with emerging intervals like the Barnett-Woodford driving the next phase of growth.
Firebird Energy II’s WOODFIN project in Upton County is a 6-well, single-pad horizontal development targeting the Spraberry formation, executed with a single rig and consistent drilling design. The project follows a sequential cadence with facility permitting occurring ~80 days after drilling, creating a clear post-drill window for surface and production-related activity.
Matador’s 2026 development strategy reflects a shift to highly structured, pad-based drilling in the Delaware Basin, driven by consistent execution, contractor alignment, and predictable cadence. The company is prioritizing capital efficiency through repeatable single-zone development while selectively expanding into stacked zones to enhance long-term inventory value.
TG Natural Resources operates a highly disciplined Haynesville shale program built on repeatable multi-well pad drilling and a one-rig-per-pad execution model. Its steady, batch-based development approach prioritizes efficiency, cost control, and consistent long-term gas production growth.
Co-development refers to developing multiple formations together, while high-density, single-section development describes maximizing well density within a single section using a planned spacing strategy. In practice, high-density development can target either multiple formations or a single formation with multiple benches and is often executed in phases over time rather than all at once.
This dataset shows a fully coordinated section-level development program in Midland County, where multiple pads, leases, and rigs are executing a repeatable, factory-style drilling strategy within a single contiguous block. The combination of stacked depth targets and uniform horizontal drilling confirms a co-development model—exactly the type of high-efficiency, multi-zone development approach that companies like Diamondback are scaling across the Permian Basin.
Coterra’s Mystik Dan development highlights a fully synchronized Permian drilling model where licensing, drilling, and facility deployment occur in a tightly coordinated cycle. The result is a factory-style, multi-pad development with consistent drilling cadence, standardized wells, and rapid transition to production.
Permian Resources is executing a highly efficient, multi-pad Wolfcamp development strategy in the Delaware Basin, combining lower drilling costs (~$7.25/ft), optimized completions, and stacked co-development to maximize capital efficiency. Real-world cadence data confirms a tightly coordinated cycle from permitting to production, with fast drilling timelines, phased pad development, and rapid facility deployment.
Ovintiv’s Mohawk project in Martin County represents a highly structured, multi-pad Spraberry development with improving drilling efficiency and a tightly coordinated transition from permitting to production. The program reflects a repeatable Permian model, combining standardized well design, dedicated rigs, and rapid facility deployment within a ~30–45–113 day development cycle.
