Chapter 4
Testing the Ceramic Solution
Kenji retrofits a segment of the structural battery with his ceramic electrolyte and leads a controlled high-power test. The new material shows dramatic improvement in heat dispersion, keeping temperatures stable during a simulated supersonic thrust cycle. Lena updates the project risk matrix and considers how the new material might alter both schedule and supply chain. Dr. Thorne turns his attention to how the successful battery upgrade could enable further performance gains, but his ambitious proposals prompt Lena to caution against scope drift. The team prepares for a larger-scale integration, their momentum renewed but tempered by awareness of upcoming challenges.
The following morning, Kenji arrived at the hangar early, cradling the small but crucial segment of battery cells he’d retrofitted with his proprietary ceramic electrolyte. In the east-facing work bay, the experimental wing section gleamed under the rising sun, ready for its next trial.
Lena and Dr. Thorne joined before the rest of the team, Lena wheeling in a cart with diagnostic tools and safety shields, Thorne clutching a notepad covered in rapid sketches and equations. The air was crisp with anticipation as Kenji inserted the new segment into the wing’s core frame, the upgraded cells fitting seamlessly alongside their baseline siblings.
They ran a system check, Lena reading out voltages and thermal baselines while Kenji monitored software flags for anomalies. Satisfied, Thorne nodded to begin the scheduled power cycle: a rapid ramp to 85% maximum thrust, sustained for ten minutes to simulate takeoff and initial climb at supersonic velocity.
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