Cullen’s ice needed it. Every encasement started from a touch—the cold spreading outward from the contact point, building structural depth over sustained contact, producing the joint locks and the section freezes that had ended his previous fights. If Drex kept the field at full density and maintained distance, contact was difficult. If contact happened anyway—at close range, in an exchange where the field was briefly thinned or occupied with a clearing burst—the ice would start.

Cullen was thinking about the field.

The pressure field redirected force. The ice was force delivered through contact rather than through impact—the cold moving through physical touch rather than through a strike. The field had been designed against strikes, against bursts, against the kind of force that traveled through air. Whether it redirected the cold that moved through contact was a question neither of them had a clean answer to yet.

Cullen moved first.

He came forward—the direct purposeful advance that had characterized his fighting all tournament, ice coating both forearms at full coverage, the generation rate building with each step. Not fast. Committed.

Drex fired a pressure burst at the floor in front of Cullen’s advance—the ground-level shockwave technique he had used against Azula, the floor instability arriving at Cullen’s feet as a destabilizing force rather than a direct impact.

Cullen felt the floor shift beneath him—both feet adjusting instinctively, the advance momentarily interrupted by the need to manage the unstable surface. He recovered in two steps and kept coming.

Drex fired another burst—this time directed at Cullen’s body, the field projecting forward in a compressed wave aimed at his center mass. At fifteen feet the burst arrived with significant force.

It hit the ice coating on Cullen’s forearms.

Not his body—his forearms, which he had raised instinctively to receive incoming force, the ice coating absorbing a portion of the burst’s impact and distributing it across the hardened surface. The hit moved him back two steps but the coating had done what coating did—protected the body beneath it by being something for the force to spend itself against.

The ice coating cracked on the forearms.

Drex read it immediately.

The ice cracked under sufficient force—his ability had the capacity to break the coating rather than penetrate it, which meant repeated burst impacts on the coated surfaces could strip the coverage from Cullen’s arms and expose the skin beneath. Without the coating the encasement mechanism was dormant—the cold had no surface layer to spread from.

He fired again.

This time aimed specifically at Cullen’s right forearm—the same arm, the same coating surface, targeting the cracks the first burst had created rather than trying to break fresh ice.

The coating shattered on the right forearm.

The ice fell away in fragments—the crystalline surface breaking under the concentrated burst impact, the skin beneath it exposed for the first time in the fight.

The crowd reacted—the Aurelius sections producing the complicated noise of people watching their fighter take meaningful damage regardless of which Aurelius fighter they had been quietly favoring.

Cullen pulled the right arm back—the exposed arm, the unprotected surface, pulling it out of the direct line of Drex’s projection and immediately beginning to rebuild the coating. The generation rate replenishing the lost ice, the coating reforming across the right forearm as he moved.

But rebuilding cost generation reserves.

He’s stripping the coating, Jelo thought from the stands. Forcing Cullen to spend generation on repair rather than on building encasement depth. If Drex keeps the burst rate high enough Cullen can’t accumulate—he’s just maintaining coverage rather than advancing toward contact.

Drex kept the burst rate high.

He fired in a rhythm—not continuous, not the maximum rate that would drain his compression reserves, but a sustained pace that kept Cullen’s ice coverage under constant threat. Each burst aimed at the same forearm surface, targeting existing damage rather than fresh coverage, the pressure on the coating consistent.

Cullen advanced through it.

Slowly—the advance costing him, each step forward requiring him to manage both the burst impacts and the generation rate simultaneously, the two demands competing for the same resources. But forward. The distance closing despite the burst rhythm.

Ten feet.

Drex fired a full compression burst—the wide-radius technique, the field expanding outward from his position in all directions. Not the full-output version he had used against Sevon that had cost him everything—a partial radius, a smaller expenditure, enough to produce significant force at close range without depleting the reserves entirely.

It hit Cullen’s ice coating from every direction simultaneously.

Both forearms. The chest. The shoulders.

The coating shattered across all surfaces simultaneously—every section breaking at once, the full-body burst stripping the ice from Cullen’s exposed skin in a single second.

Cullen stood without the coating.

Skin exposed.

Drex fired immediately—a direct compression strike at Cullen’s chest, the force projecting forward at close range with no ice surface to spend itself against.

Cullen took it clean.

He went back—four steps, his balance breaking from the direct hit, the force of the compression strike at close range with no protective coating between it and his body producing an impact that was different in character from everything the coating had been absorbing.

He stopped himself at six steps.

Stood.

His arms were rebuilding the ice—both forearms coating again, the generation rate pouring everything it had into restoring the coverage before the next burst arrived.

The Aurelius sections produced the sound of people watching someone absorb something significant and refuse to stop.

The fight had developed its shape.

Drex stripping the coating with burst impacts, forcing Cullen to spend generation on repair. Cullen advancing through the burst rhythm, accepting the cost of the approach, trying to close the distance where the field’s burst accuracy was less precise and the range for contact became possible.

The shape was clear.

The question was which resource ran out first—Drex’s compression reserves, which were finite and being spent on the sustained burst rhythm, or Cullen’s generation rate, which was finite and being spent on continuous coating repair.