Analyst Note: Can the U.S. Shale Model Translate to Beetaloo?

Australia’s Beetaloo Basin is becoming an unusually useful test case for something we have been tracking inside the United States for years: how much more work can a frac fleet perform without simply adding more equipment? Liberty Energy is now part of that test.

During Tamboran Resources’ 2026 Shenandoah South campaign, Liberty carried out stimulation work on the SS-3H, SS-4H and SS-5H wells. The program became the basin’s first three-well zipper-frac campaign and its largest stimulation program so far, with 178 stages completed across roughly 30,000 lateral feet. The campaign averaged 6.7 stimulated stages per day, exceeded 20 pumping hours in a day and reached 12 completed stages in a single day.

Those numbers give us something useful to work with. We have tracked Liberty (and all other operators) and the wider U.S. pressure-pumping market for years through Frac Supply, EFRACS, Frac Spread Count and Frac Job Count. That history gives us a reference point for how completion performance changes as crews, equipment, logistics and well designs become more efficient. Across U.S. shale, those gains have accumulated over time. Fleets pump for longer, move between stages faster, work across multi-well pads more efficiently and spend less time idle. Our Frac Utilization rate is currently running around 20% above year-ago levels, while our broader completions work continues to show how much more activity can now be delivered from a smaller or more tightly utilised fleet.

Beetaloo is at a much earlier point in that development curve. The basin does not yet have the service density, infrastructure or operating repetition of the Permian, Haynesville or Appalachia. Well costs may still need to fall by roughly 40–60% for the basin to become broadly competitive, even as completion efficiency has already improved by around 25%. Liberty’s current campaign gives us an early indication of how quickly that gap can start to close. A 12-stage day is a useful technical marker. The 6.7-stage daily average is probably more important. If that average continues to rise across future pads, while pumping hours remain high and downtime falls, we will have something more meaningful than a record day: a developing history of repeatable completion performance.

That is where our U.S. data becomes especially useful. We can compare how quickly stage execution improves, how utilisation changes, how many jobs are being delivered per active spread, how logistics evolve and how those improvements begin to feed into well-level economics.

We are already doing more work around that relationship. Primary Vision’s existing Frac Spread Count and Frac Job Count measure different parts of the completion cycle, while Frac Supply gives us a view of active and marketed horsepower by pumper and basin. We are also developing two additional metrics that will take this analysis further, particularly around how effectively frac capacity is being converted into actual completion work. We expect to begin rolling those out shortly.

Beetaloo gives us an interesting place to apply that framework outside the U.S. The next few campaigns should provide a much clearer picture. If average stages per day continue rising, pumping hours remain elevated, local supply chains deepen and multi-well execution becomes more consistent, we will be able to start measuring the rate at which the basin is moving toward the operating performance seen in more mature shale regions.

We will take that analysis further in a special note for Primary Vision subscribers. The note will benchmark Liberty’s Beetaloo performance against our U.S. pressure-pumping and completion data, looking at stages per day, pumping hours, fleet utilisation, completion intensity, service capacity, logistics and the pace at which operating efficiency is improving from one campaign to the next. 

Beetaloo is still early, but there is now enough operating data to begin making those comparisons properly.