Jake stepped onto the platform.
The technical crew moved into position. They guided him onto the platform's support frame and secured him from behind, using a precision-fitted steel plate that connected the support frame to the back of his armor. The plate also concealed the exposed spinal clamp, providing both mechanical retention and protection against accidental contact.
Oxygen lines snaked out from a wall-mounted manifold. The crew connected them to the helmet's intake ports and switched on the air supply. A separate set of cables connected the helmet's data ports to the control system. The helmet's internal radio activated with a soft tone.
"Better," Jake said, breathing through the new air supply. The helmet was airtight by design. Without active oxygen feed, breathing would have been forced through the small intake ports on the helmet's sides, restrictive at best.
Ryan stood back and looked at the suited pilot. The armor and helmet combination was striking but incomplete. In the original Pacific Rim film design, the pilot suit included a full life-support system that monitored vital signs, regulated body temperature, and provided emergency medical support. The version Jake was wearing was a stripped-down test prototype. Only the helmet and spinal clamp were fully functional. The bodysuit's sensors were limited to the right-arm subset, since today's test only needed right-arm input data.
The full version would come later. For now, the simplified rig was sufficient.
The crew chief completed the pre-test checklist, walked through the operations manual to verify every step had been executed, and reported readiness.
Ryan looked at Jake. Jake gave a thumbs up through the helmet's reinforced glove.
"Begin," Ryan said. "Level One control mode."
At the monitoring station, Cabrera depressed the neural connection activation.
Jake felt the connection establish. His subjective experience: like being submerged in viscous fluid. The pressure was significantly higher than what he'd experienced operating Scrapper, even at maximum load.
Ryan walked to Cabrera's station and checked the readings. The display indicated a neural load of fifteen units. The unit scale had been calibrated against Scrapper's connection profile, where standard operation registered as ten units. Jake was currently experiencing one and a half times Scrapper's load.
"How is it?" Ryan asked.
Jake's response came through the room's speakers, transmitted from the helmet's radio.
"Manageable. Some pressure. Not severe."
"Try moving your right index finger."
Jake complied.
The diesel engines outside cycled. The right index finger of Storm's hand extended, then flexed, then returned to neutral. The motion was clean and synchronized to Jake's input.
The control room broke into applause.
"It moved!"
"It actually worked!"
"This is the first mech I've ever worked on!"
The researchers who weren't assigned to active monitoring duty crowded the observation window, watching Storm's slow finger movements with the kind of attentive joy that comes from seeing a long-built theory survive contact with reality. The arm responded to Jake's intentions. Their accumulated work had translated into physical motion. Even the researchers who recognized that most of the technical credit belonged to Ryan still felt the satisfaction of having contributed.
They had built the implementation. The vision had been Ryan's, but the execution required hundreds of hands.
Ryan checked the data feed. Every metric within normal range. Spinal clamp transmission clean. Operating system processing nominal. Hydraulic response within latency targets.
"Prepare for Level Two control. Adding next finger."
The control modes had been designed in escalating stages. Level One activated neural control of one finger. Each subsequent level activated control of an additional component: fingers, then wrist, then elbow, then shoulder, then weapon systems. At higher levels, the pilot would be managing significantly more sensor input and control output simultaneously, increasing the neural load proportionally.
Jake had operated mechs before. The first few levels were familiar territory. He adapted to the increased load with practiced ease.
Within ten minutes, he was at Level Four, controlling all four fingers of Storm's hand simultaneously.
"How is it now?"
Jake's eyes were closed inside the helmet, his concentration focused. "Pressure is significant. Like my head's submerged in wet concrete. Slight disorientation. I can hold it."
Ryan checked the display. Fifty-four neural load units. Still far below the spinal clamp's theoretical ceiling, but well past Scrapper's operating range. Jake's reported symptoms (the wet-concrete feeling, the disorientation) matched the predicted neural fatigue profile.
"Try operating the entire hand."
"Acknowledged."
Jake committed his attention to the action and stopped speaking. His right hand flexed and unflexed slowly. Storm's hand mirrored each motion, the massive four-fingered claw closing and opening above the bay's floor.
A few researchers requested permission to leave the control room. They walked down the staircase and crossed the bay floor to stand directly beneath Storm.
Up close, the suspended arm was different. From the control room, it was machinery. From below, it was a presence. The fingers moved overhead, each one larger than a person, painted in red flame, sliding through positions that took fractions of a second to execute but felt much slower because the size of the object lent them an impossible weight.
"This is overwhelming," one of the researchers muttered.
The technical crew, who had been hands-on with the arm during assembly, were quietly leaning against the bay walls and watching. Several had their hands on their hips in the universal posture of engineers admiring their own work. A few were silent. A few exchanged the kind of glances that don't need words to communicate that something significant was happening.
If facility security regulations hadn't existed, every member of the team would have been filming this on their phones.
The security regulations did exist. But Ryan, watching from above, pulled out his phone and started filming the test arm's movements.
The remaining researchers in the control room noticed.
For a moment, they didn't know what to do.
The man whose job it was to maintain operational security had just started recording an active classified test. The contradiction was confusing on a conceptual level. Ryan was the one who set the security policies. He was also the one violating them.
A few of the researchers exchanged glances. One started to raise an objection.
The door to the control room opened.
Patricia walked in.
The researchers' eyes turned to her with hope. Patricia would handle this. Patricia would make sure protocol was followed.
Patricia saw Ryan filming. She paused. She shook her head once with mild exasperation. Then she walked to the observation window and stood watching Storm operate.
She did not stop Ryan from filming.
The researchers looked at each other again. The conclusion was unmistakable.
Ryan had some kind of exemption that no one else had.
Or Ryan didn't care about the rules.
Or Ryan was the rules.
Either way, the situation clarified itself: nobody was going to stop him.
Ryan recorded for a few more seconds and put the phone away. He turned to Patricia.
"What brings you?"
"Just checking in on the test. How's it going?"
Patricia's eyes were on Storm. She was processing the test result with her own private surprise. The upper leadership had been intensely interested in this experiment. Based on what she was seeing, it had apparently succeeded.
Which made it, she thought, almost too easy.
"It's going fine," Ryan said. "I'm always fine."
He turned back to the monitoring station and asked Jake for another status check.
"Still here." Jake's voice came back a moment late.
The delay registered with Ryan. Jake's reaction time had increased. The cognitive load was creeping past his adaptation envelope. Continuing would risk pushing him into actual neural overload, which would do no good for the test data or the pilot's longer-term tolerance.
"Come down. We'll cycle in the next pilot."
Cabrera disconnected the link. The technical crew moved in immediately, helping Jake out of the helmet and armor. The crew chief checked Jake's vitals while another technician readied the equipment for the next pilot.
The Petersons' lead brother stepped forward. The cycle began again.
The test continued for three more rotations, each pilot taking a turn through the control levels. The data was consistent across all three triplet sets. Storm responded to single-pilot input cleanly at every level up to four. Above that, the neural load began straining individual pilots within minutes.
That was the expected result. A Jaeger-class arm wasn't meant to be operated by a single pilot. It was meant to be operated by three.
The next phase of testing would require all three brothers connected simultaneously through the drift system, sharing the neural load and routing it collectively through Storm.
That phase was scheduled for the following week.
By the end of the day, Storm Bay's overhead lights were dimmed, the gantry crane was locked in position, and the Jaeger arm hung silent in the darkened chamber.
The first phase of the test was complete.
The arm worked. The platform worked. The spinal clamp worked. The operating system worked. The AI integration was pending but on track.
The hardest test was still to come.
But the foundation was solid.
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