Adventure of Nate 1

The following afternoon, Nate arrives at a compact academy admissions annex, still carrying his phone and the simulator access slate. Yumi has stayed behind with the repaired simulator.

Beside a sealed evaluation cockpit stands the academy instructor, an elderly man with a lean build, silver-brown skin, close-cropped white hair, and a charcoal academy coat marked by a blue pilot insignia.

The instructor scans Nate's slate, then the sealed cockpit. Beyond the annex windows, orbital traffic glitters above the city while admission displays scroll through strict performance thresholds.

A green authorization band illuminates across the cockpit door. The instructor steps aside, leaving Nate facing the evaluation entrance and the decision waiting beyond it.

Nate nods with determination and follows the instructor through the green authorization band. The sealed cockpit door opens into a clean evaluation bay, bright with instrument displays.

The instructor leads Nate to the cockpit and checks the restraint, control surfaces, and emergency indicators. Every system waits in orderly silence beneath the academy insignia.

He moves to the observer console and activates the cockpit display. Instrument panels illuminate around Nate, presenting a structured preflight sequence and a simulated orbital departure route.

Nate draws on years of dedicated practice and scans the illuminated panels in sequence. Power routing, life support, attitude control, and guidance status resolve into a clear preflight picture.

His elite pilot instincts connect each indicator to the others instead of treating the checklist as isolated boxes. He traces the sensor discrepancy to its linked diagnostic page and verifies the reserve reading.

The academy instructor marks the readback complete on the observer console. A second panel unlocks, displaying control-response tests and the departure sequence.

Nate confirms each control in sequence, testing response, neutral position, and indicator feedback. Years of study and his elite pilot gift turn the cockpit into a familiar language.

The attitude controls answer cleanly, guidance accepts the verified route, and the departure checks register green across the display. No warning remains unresolved.

The observer console records the result and unlocks the simulated launch corridor. Beyond the canopy, orbital traffic shifts into carefully timed lanes above the city.

The cockpit settles into launch standby. Guidance projects the assigned vector while the instructor watches without touching the controls, giving Nate the first decision of the flight.

Nate tracks the guidance vector against the moving orbital lanes, checking timing, separation, and the reserve attitude readout as the simulated vessel enters launch standby.

The cockpit flashes amber. Nate’s warning triggers an automatic traffic hold, freezing the departure vector and spending one of the evaluation’s limited correction cycles.

The cargo shuttle clears the corridor. Guidance recalculates a safe departure path, but the simulator marks Nate’s margin reduced and records the intervention for review.

The traffic display turns green again. The revised vector appears across the canopy, slower than the original but fully separated from every confirmed orbital track.

Nate accepts the revised vector and eases the simulated vessel forward. His corrections are small and deliberate, keeping the craft aligned while preserving the available speed margin.

The cargo shuttle slides safely behind him as the departure corridor opens. Guidance updates smoothly, and the orbital traffic display remains green across the canopy.

Nate carries the vessel through the departure gate at the revised acceleration profile. The simulated city falls beneath the canopy while the orbital lanes widen into open space.

The departure sequence completes with every status indicator green. The observer console records a clean launch, reduced margin preserved, and no unresolved warnings.

The route display fractures into three incomplete vectors, each missing a different piece of traffic data. Nate studies timing, separation, and the reserve attitude readout before touching the controls.

He cross-checks the partial route against orbital timing and identifies a fourth uncertainty: the destination station's docking window has not synchronized with the academy feed.

The simulator validates each requested confirmation and highlights the missing data channels. Nate's careful review costs twenty seconds of route margin, recorded in amber beside his score.

The observer console begins supplying the requested feeds. Traffic identities, lane occupancy, sensor validity, and docking availability populate the route display, making the safe vector fully readable.

The four confirmed feeds lock into the display. Nate compares the synchronized docking window with lane occupancy, then selects the route that preserves separation and reserve attitude margin.

He advances the simulated vessel through the revised vector, keeping acceleration measured while the route timer continues to count down. The craft gains speed without disturbing its safety margins.

The vessel responds cleanly. Nate trims each correction before drift can build, carrying the ship through the changing orbital geometry while the docking window remains open.

The route change completes with the simulated vessel aligned to the destination station. The observer console records a successful transfer and unlocks the final approach assessment.

The final approach assessment opens across the canopy. The destination station fills the forward display, its docking aperture rotating against a field of orbital lights.

Nate begins the approach with the confirmed vector, matching rotation and reducing speed in measured stages. His corrections remain precise as the station grows steadily larger.

He maintains the reserve attitude margin, keeps clear of the marked traffic lanes, and aligns the vessel with the station's synchronized docking window without triggering a single warning.

Nate eases the simulated vessel through the capture point and completes the docking sequence smoothly. Every indicator turns green as the clamps engage and the final assessment records a perfect result.

Nate nods toward the instructor as the completed docking display glows green. The evaluation bay remains quiet, filled with the soft hum of cooling systems.

The observer console replaces the evaluation record with an academy enrollment certificate. A second authorization appears beneath it, marked transitional housing and a full training stipend.

A secure enrollment packet transfers to Nate’s phone, including his schedule, residence assignment, and a flight academy identification credential already authorized for use.

Nate collects the enrollment packet and academy credential, then hurries home through the brightening city. He packs clothes, manuals, flight gear, and the repaired simulator access slate before securing his apartment.

By afternoon, Nate reaches the assigned academy residence with his belongings and completes the move-in authorization. His new room overlooks launch towers and the glittering orbital lanes.

As Nate leaves the residence office, he finds a service door half jammed in its frame. A red maintenance indicator blinks beside the warped seal.

Pressed for time, Nate plants his shoulder against the door and pushes. The seal gives with a metallic groan, opening onto a narrow access corridor lit by blue guide strips.

The corridor leads directly toward the residence wing and displays a maintenance alert for the jammed seal. Nate’s academy slate records the location as his first practical report.

The instructor taps Nate’s academy slate. A residence services locker unlocks nearby, revealing a neatly folded charcoal uniform with blue pilot insignia, sturdy boots, and a weatherproof academy jacket.

Nate collects the uniform and flight gear. The fabric is new, the insignia crisp, and the jacket carries an academy credential strip keyed to his slate.

Beyond the access corridor, academy bells announce the next orientation block. Launch towers shine through the residence windows as the instructor gestures toward the changing area and waits.

Nate changes quickly in the residence locker, pulling on the charcoal academy uniform, sturdy boots, and weatherproof jacket. The blue pilot insignia settles crisply over his chest.

He secures his academy credential to the jacket strip, checks the fit once, and hurries from the changing area toward the central training hall.

Nate runs through the residence corridors and crosses the bright academy concourse at a controlled pace. Launch displays shimmer overhead as bells mark the orientation block.

Nate enters the central training hall in uniform, credential authorized and flight gear secured. Rows of new cadets face a vast projection of orbital lanes and distant starships.

Learn the academy training schedule