My Ultimate Sign-in System Made Me Invincible

Chapter 510  Technical Specifications Document

Back on Earth, the situation at all twenty-four airports had settled into an uncomfortable one.

Every authority had confirmed receipt within the forty-eight hour window. Some had confirmed within hours. A few had pushed close to the deadline. But all twenty-four had sent their confirmations through the coordination channel, and all twenty-four were now waiting.

The coordination notice had said technical specifications for the shuttle would be provided to air traffic control teams separately, upon confirmation of the notice. That implied a sequence — confirm, then receive. A reasonable reading was that the specifications would follow the confirmation within a reasonable window.

But no specifications had arrived and no follow-up communication of any kind had arrived.

The forty-eight hour confirmation window had closed. Then another twenty-four hours passed. Then another. The coordination channel remained silent.

What made the silence particularly difficult to sit with was that the airports couldn’t do nothing. The operation date was fixed. November 14th was on the calendar whether Nova Technologies communicated further or not.

The air traffic control teams needed to integrate an approach and departure flight path for a vehicle they had no technical data on. Security directors needed to review protocol documentation they hadn’t received. Operations staff needed to configure lounge space and boarding zones for an event they couldn’t fully plan without knowing what the vehicle looked like, how large the ground footprint would be, or what the approach corridor required.

But the work couldn’t start without the specifications. The specifications hadn’t arrived. And there was no mechanism to follow up, because the notice had been explicit: all communication regarding the operation should be directed through the coordination team, and the coordination team hadn’t arrived yet either.

***

Frankfurt’s authority had drafted three separate follow-up communications to the coordination channel and deleted all three before sending.

The reasoning was the same each time — Nova Technologies had structured the process deliberately, and injecting an unsolicited follow-up into a channel they’d been told to reserve for operational questions was unlikely to produce a response and would almost certainly mark them as the airport that couldn’t read instructions.

Beijing had simply noted the silence in their internal logs and continued monitoring without action. Wei Changlong had written one line in his operational notes: Wait. They will communicate when they are ready.

Singapore had filed a process note with the Civil Aviation Authority of Singapore indicating that the promised technical documentation had not yet been received, and flagged the absence as something to monitor. The flag sat in a queue and nobody escalated it.

Dubai had sent one brief message to the coordination channel asking whether there was an expected timeline for the shuttle specifications. They received an automated acknowledgment confirming receipt of their message. Nothing followed.

In the disease-specific forums and the general LucidNet discourse, none of this was visible. The world was still processing the transport logistics announcement, the application numbers were still climbing, and the public picture of Nova Technologies’ trial preparation was one of methodical, comprehensive organisation moving toward a fixed date.

The airports knew a different picture.  Thesilence after confirmation had created a specific kind of institutional discomfort that was hard to name precisely.

They had acknowledged a coordination notice from an entity that operated outside every framework they were trained to work within. They had committed to receiving a team they knew nothing about. They were holding space for an operation they couldn’t fully plan. And the entity that had set all of this in motion had gone quiet without explanation and without a timeline.

It wasn’t distrust exactly. It was the particular unease of waiting for something you couldn’t control, from a source you couldn’t pressure, for a date that wasn’t moving.

But they all didn’t have to wait too long, as the technical specifications document arrived 48 hours after the confirmation window closed.

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NOVA TECHNOLOGIES

SHUTTLE TECHNICAL SPECIFICATIONS

Coordinated Distribution — Airport Authority and Air Traffic Control

Document Reference: NT-MNT-SHUTTLE-SPEC-001

Vehicle Classification

Designation: Nova Transit Shuttle — Civilian Configuration

Role: Surface-to-orbit and orbital transport

Operation Type: Vertical take-off and vertical landing

Physical Dimensions

Length: 38 meters

Width (landing configuration): 22 meters

Height (grounded): 14 meters

Gross mass (unloaded): 210,000 kg

Maximum loaded mass: 260,000 kg

Propulsion

Primary propulsion: Nova Fusion Drive

Thrust output: Sufficient for vertical departure at full passenger load under standard gravity

Exhaust profile: Clean. No combustion byproduct. No thermal bloom beyond the immediate departure zone.

Noise signature: Below 60 decibels at 500 meters from departure point.

Fuel type: Proprietary. No external fueling required at any departure airport.

Landing Infrastructure Requirements

Required surface load capacity: 2,800 kg per square meter

Required landing zone dimensions: 40 x 40 meters minimum, clear of obstructions to a height of 80 meters within a 60-meter radius

Surface type: Concrete or equivalent rigid surface. Standard commercial tarmac is sufficient.

No specialized landing infrastructure is required beyond the above parameters.

Approach and Departure Profile

Approach: Vertical descent from directly above the designated landing zone. No horizontal runway approach. The vehicle will not interact with standard commercial flight paths during final approach or departure.

Descent rate: Controlled and variable. Final approach speed does not exceed 8 meters per second.

Departure: Vertical ascent from landing zone. The vehicle will clear 3,000 meters altitude within 90 seconds of departure.

Flight path coordination: Nova Technologies will provide approach and departure vectors to air traffic control no less than 6 hours before the scheduled operation window. These vectors will be fixed and will not require dynamic coordination with commercial traffic during the operation window.

Electromagnetic and Radar Profile

Radar cross-section: Variable. The vehicle operates with active stealth systems that can be fully disabled for the duration of airport operations at Nova Technologies’ discretion.

For the purposes of this operation, stealth systems will be disabled from entry into the airport’s airspace until departure from it. The vehicle will be fully visible to all standard radar and tracking systems throughout the operation window.

Electromagnetic emissions: Negligible. The vehicle does not emit frequencies that interfere with standard aviation communication or navigation equipment.

Passenger Configuration

Standard seating capacity: 20

Trial operation passenger load: 8

Cabin pressurization: Earth-equivalent throughout flight

Gravity management: Earth-equivalent throughout flight. Passengers will not experience weightlessness or significant g-force variation at any point during transit.

Accessibility: Full. Boarding accommodates wheelchairs, stretchers, and medical equipment without modification to standard boarding procedure.

Medical bay: One dedicated bay, staffed, equipped for acute care management during transit.

Communication Systems

Air traffic control compatibility: Full. The vehicle’s communication systems are compatible with all standard ATC frequencies and protocols.

Transponder: Active throughout airport operations. Standard secondary surveillance radar compatible.

Hazard Profile

Fire risk: None. The propulsion system produces no combustion and no flammable exhaust.

Blast radius concern: None. Departure thrust is directional and contained. No lateral pressure wave beyond 15 meters from the landing zone perimeter.

Toxic emissions: None.

Radiation: None beyond standard background levels.

Structural risk to surrounding infrastructure during operation: None within standard exclusion zone parameters.

Ground Clearance Requirements

Nova Technologies requests a clear exclusion zone of 60 meters radius around the landing zone during approach, landing, boarding, departure preparation, and departure.

No ground vehicles or personnel outside Nova Technologies ground crew should be within this zone during active operations.

Nova Technologies ground crew will manage the exclusion zone perimeter independently.

Emergency Procedures

Aborted departure: The vehicle can abort a departure and return to landed configuration at any point up to 200 meters altitude. Abort procedure is fully controlled with no unmanaged descent.

Operational Notes

This vehicle does not require fueling, maintenance, or technical servicing at any departure airport.

All pre-flight checks are conducted by Nova Technologies crew independently.

Airport technical staff are not required to interact with the vehicle at any point during the operation.

Questions regarding these specifications should be directed to the Nova Technologies coordination team during their coordination visit.

— Nova Technologies Clinical Trial Logistics

NT-MNT-SHUTTLE-SPEC-001

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All twenty four airports’ authorities paused for a full minute after reading the technical specifications document.