Starfighters Space $FJET: Air Launch, Testing and Funding

01Scenarios: a testing service, a development company, or a funding treadmill

The favorable scenario for Starfighters is commercially specific. Its aircraft carry customer hardware through flight conditions that are expensive or inconvenient to reproduce elsewhere. A customer pays for a defined test, receives useful data, and returns with another payload or another development phase. The company builds a schedule of repeat work, spreads fixed costs across more missions and uses the resulting cash contribution to fund selective improvements. Air launch adds another potential service over time, but the testing business has to stand on its own economics. A recognizable aircraft and an ambitious development program help attract attention; customer retention and contribution margin decide whether attention becomes a durable business.

The middle scenario is technically credible but financially demanding. Hardware arrives, integration advances and the flight team completes useful tests, while paid work remains intermittent. Management must keep pilots, engineering resources, aircraft and insurance available between missions. The company can announce meaningful progress and still consume substantial cash. This outcome would make the financing calendar as important as the flight calendar. Shareholders would need to evaluate how much ownership is issued for each increment of commercial capability, rather than assuming every successful test necessarily increases value per share.

The adverse scenario involves development delays, weak demand or operational disruption alongside continuing overhead and legal expense. A delay can have more than one cost: additional engineering work, aircraft availability reserved for an uncompleted mission, delayed customer payments and a later opportunity to demonstrate the next capability. If financing becomes expensive, even a program that remains technically viable can become less attractive to existing shareholders. The business and the stock therefore have related but different questions. The business asks whether reliable services can be delivered profitably. The stock asks whether the value created by those services exceeds the capital and dilution required to develop them.

These are editorial scenarios, not probabilities supplied by the company. The June financial statements show why funding belongs in every scenario: operating cash use, a going-concern disclosure and restrictions on certain balances coexist with an investment reserve. The October announcements establish concrete engineering steps without yet resolving utilization or service profitability. June financial statements

02The company: aircraft capability is the asset; commercial service is the task

Starfighters Space, Inc. is a Delaware corporation with its principal operating facility at NASA’s Kennedy Space Center in Florida and an additional base at Midland International Air & Space Port in Texas. Its common stock trades on NYSE American under FJET. The company operates around an unusual existing platform: F-104 aircraft capable of supersonic flight. Its business materials describe aerospace testing, training and the development of air-launched payload capabilities. The distinction between these activities matters because each has a different customer, payment cycle and level of technical maturity.

A training mission can be priced around aircraft time and specialized instruction. A test campaign has an engineering scope: integration, instrumentation, flight conditions, data collection and analysis. An air-launch program adds a release vehicle and propulsion development to the aircraft operation. Combining those activities under a space label does not make their economics interchangeable. The strongest commercial strategy would assign capital according to the evidence that each service can create repeat demand, while keeping long-term development costs visible.

The F-104 platform offers a particular flight environment rather than unlimited testing capability. A prospective customer must still match its payload requirements to the aircraft’s physical interfaces, operating envelope, safety requirements and available test profile. Useful supersonic testing can complement other methods. Whether it replaces an existing test, adds a new stage of qualification or provides supplementary data is customer-specific. That choice determines willingness to pay. A technically impressive platform can serve a valuable niche without capturing a large fraction of the broader aerospace market.

For shareholders, the relevant commercial unit is the complete service delivered, not simply an aircraft sortie. Engineering preparation and post-flight work can be material parts of a campaign. A flight that gathers incomplete or unsuitable data may have operational success without customer success. Conversely, a small campaign that solves a critical customer problem may support repeat work and attractive economics. Starfighters’ opportunity is to package aircraft access, engineering and data into a dependable offering. The investment case becomes stronger when that package earns repeat revenue rather than relying predominantly on the novelty of the aircraft. Company and operating disclosures

The company has begun to organize the preparation side of that package. On September 2, 2026, Starfighters announced a memorandum of understanding with The Bionetics Corporation to integrate and process a series of pathfinder small payloads for missions aboard its F-104 aircraft. Under the MOU, Bionetics is to support pre-flight and post-flight assembly, testing, integration and data retrieval, using its laboratories, equipment and personnel in the Space Life Sciences Lab at the Cape Canaveral Spaceport. Management described the first payloads as pathfinders to determine the equipment and services required for future Wind Tunnel in the Sky and STARLAUNCH missions. A memorandum of understanding is not a customer contract, and the announcement disclosed no pricing, volumes or revenue. Its relevance is that payload processing and data handling, not only flight time, are being built into the service. September 2 Bionetics announcement

03The next milestone: what a captive-carry flight can actually prove

The October 13 announcement identified a planned December 2026 captive-carry flight for STARLAUNCH 1, following expected delivery of inert flight hardware in November. Captive carry means that the development article remains attached to the aircraft. That makes this a test of integration and flight behavior within an incremental campaign. It is different from releasing a vehicle, firing a rocket motor in flight or completing a customer space launch. The near-term objective can be useful precisely because it narrows the number of untested elements involved in a single mission.

From an engineering perspective, attached flight can provide information on the aircraft and payload combination: handling, interfaces, operational procedures and measured flight characteristics. That information informs later separation and propulsion work. From a commercial perspective, successful integration can increase confidence that a repeatable service is developing. The two interpretations are related, but success at the first stage does not automatically establish the economics or readiness of later stages. A realistic milestone assessment asks what uncertainty the test removes and what uncertainty it leaves.

Management described a sequence involving assembly, ground work, aircraft integration, the planned captive-carry mission, a later drop test and a demonstration of the integrated propulsion system. Each stage can reveal issues that change the next stage’s schedule. Hardware arriving on time is necessary for the proposed sequence, while flight readiness also depends on the interfaces, procedures and applicable permissions. A December plan gives observers a useful window. It is not a guarantee that every subsequent development objective will be completed in December, or within a fixed number of months afterward.

The program reaches this stage with some ground-based evidence behind it. According to the June quarterly report, the company announced on January 21, 2026 the completion of a wind tunnel campaign at the FAMU/FSU Joint College of Engineering Polysonic Wind Tunnel that evaluated separation of the STARLAUNCH 1 vehicle from the aircraft platform at Mach 0.85 and Mach 1.3. The company reported ten runs, clean separation across all test conditions and strong agreement between computational fluid dynamics predictions and measured forces and moments. These are the company’s descriptions of its own test results. Ground testing of separation reduces one engineering uncertainty; it does not replace the captive-carry, drop and powered stages that still have to be completed in flight. June 30 Form 10-Q, MD&A

The proposed route between Kennedy Space Center and Cecil Spaceport also provides operational context for the announcement. The company outlined a possible customer-funded Wind Tunnel in the Sky article under the opposite wing. That possibility could combine development learning with paid work, but it remains conditional. For the investment case, confirmation of a completed test would reduce one category of execution uncertainty. Confirmation of repeat customer campaigns would address a different category: demand. Both would be relevant, and neither should be substituted for the other. October 13 announcement

04Wind Tunnel in the Sky: useful data is the product

On October 8, Starfighters announced completion of the first flight hardware produced by Robby Moto Engineering for Wind Tunnel in the Sky. The components were intended for assembly into modular underwing flight articles, with aircraft integration and evaluations to follow. The program’s appeal is the ability to expose customer hardware to sustained supersonic flight conditions. A modular article can make a testing service more repeatable by providing a consistent interface while allowing changes inside the payload compartment.

Repeatability has an economic implication. If every customer requires a completely new external vehicle and integration process, engineering costs can consume much of the revenue. A standardized external configuration with adaptable internal elements may reduce that burden. It can also help customers compare results between campaigns. These are potential advantages of the architecture, not demonstrated margins. The commercial test is whether the design reduces total preparation time and cost while preserving the quality of the data delivered.

The service should be evaluated from the customer’s decision process. An aerospace developer may need evidence on a sensor, material or flight component before committing to another design stage. The value of the flight campaign depends on whether it provides that evidence at acceptable cost, within a useful schedule and under the required conditions. A flight environment that is difficult to reproduce elsewhere can be valuable, but an alternative test may still be preferable when it offers better instrumentation, a different envelope or easier scheduling. Starfighters must win against the customer’s entire set of options.

A completed hardware shipment is therefore a supply-side milestone. It expands the company’s ability to offer a service. A funded customer campaign is a demand-side milestone. Accepted data and follow-on work are evidence of service quality. Eventually, enough campaigns with favorable economics would support a more substantial business. Keeping these stages separate gives the program a fair assessment: hardware completion deserves recognition without being treated as proof of all later outcomes. The architecture also shares components with STARLAUNCH development, which can create engineering efficiencies while linking the two programs’ execution demands. October 8 announcement

The company has also described the intended mission profile. In a July 28, 2026 announcement, Starfighters said that a typical 45-minute mission with its F-104 fleet can include a test window of up to 10 minutes at Mach 2+, compared with ground wind tunnel runs that typically last seconds at a time. That is the company’s description of the platform’s design intent, not a guaranteed exposure for every campaign; actual test windows will depend on the payload, the flight profile and operating conditions. The figure is useful mainly as a benchmark for what a customer would be paying for: sustained exposure to real atmospheric conditions that a fixed facility cannot always reproduce. July 28 Wind Tunnel in the Sky announcement

05STARLAUNCH and Vaya: propulsion expands the task and the dependencies

The September 9 memorandum of understanding with Vaya Defense & Space set out work on captive-carry testing and evaluation of hybrid propulsion for STARLAUNCH. The October 13 update described Vaya’s development of a motor aligned with the initial vehicle’s specifications. This collaboration potentially adds specialist propulsion capability without requiring Starfighters to build every element internally. It also creates a dependency: the aircraft, release vehicle and propulsion work must converge on an integrated system.

A partnership is most useful when the division of responsibilities is clear. The aircraft operator can contribute flight operations and underwing integration. A propulsion developer can contribute motor design and test infrastructure. Both must agree on interfaces, handling procedures, performance requirements and data needed before moving to the next test. Geographic proximity can improve communication and iteration. It does not remove the technical work, nor does it establish a commercial price or customer contract for the final service.

The initial STARLAUNCH program is suborbital development. Management has described STARLAUNCH 2 as a later program informed by the initial work. For investors, treating all of these stages as a single completed capability would hide substantial risk. An attached inert article, a successful separation, a powered test and an operational service each answer different questions. The financial commitment also grows with the work being attempted. A company can choose an incremental approach to learn at lower complexity, while still facing a long path before it operates the complete service envisioned.

The commercial opportunity should therefore be assessed in layers. Paid flight testing could be valuable before a launch service is ready. Propulsion evaluation might expand that testing work. A future air-launch service could add another revenue stream if customer demand, reliability and operating cost support it. The favorable case depends on creating value at intermediate stages rather than requiring every part of the distant program to succeed before any value is realized. The risk is that development absorbs the available reserve while commercial services remain too limited to contribute meaningful cash. Vaya collaboration

06The aircraft fleet: ownership, book value and economic value

The June financial statements explain that Starfighters owns the F-104 aircraft through its subsidiary and that the aircraft have zero carrying value. The accounting treatment arises from how the aircraft were acquired, including a transaction under common control. Zero book value does not mean the company has no aircraft, no ownership rights or no operating capability. It also does not provide a market valuation of the fleet. Accounting carrying value and the economic usefulness of an operating asset answer different questions.

An aircraft’s value to this business depends on its ability to support safe, reliable and commercially useful missions. That requires more than legal title. Engines, maintenance resources, documentation, qualified personnel, insurance and integration equipment all influence availability. A fleet can provide redundancy, but the number of aircraft owned alone does not show how many aircraft are available for a particular mission at a particular time. The useful commercial measure is service capacity under actual operating constraints.

The June quarterly report gives a snapshot of that distinction. Of the seven F-104 aircraft, the company described three as flight-ready and available for customers or development flights, three as flight-capable and one as not flight-capable. The categories are the company’s own classification in the filing, not an independent inspection of the fleet in October. They indicate that near-term mission capacity rests on fewer aircraft than the fleet total, and that STARLAUNCH integration and customer campaigns may have to share the same flight-ready aircraft, pilots and ground teams. June 30 Form 10-Q, company overview

The balance sheet separately records engines, aircraft improvements and other equipment. These assets can matter even when the airframes have little or no book value. Maintenance and development spending may increase operating capability without creating a simple relationship between accounting assets and future revenue. For valuation, replacing the aircraft’s book value with an optimistic assumed appraisal would be equally misleading. The relevant question is how much cash the fleet can generate after all the costs required to keep it operational.

The filing also states that the former chief executive’s resignation does not alter the company’s ownership and control of the aircraft. That addresses a specific ownership issue amid broader governance disputes. It should not be extended into a conclusion that all operational, legal or reputational risks have been resolved. Legal ownership is foundational. Operational continuity and customer confidence are separate. Starfighters’ fleet can be an unusual commercial starting point while the company still needs to demonstrate durable economics. That balanced interpretation avoids both dismissing the assets because of the accounting entry and assigning them an unsupported liquidation value. Aircraft accounting and ownership, Note 4

07First-half results: cash consumption matters more than a single loss figure

For the six months ended June 30, 2026, Starfighters reported a net loss of $15.727 million and operating cash use of $10.060 million. The two figures differ because the income statement and cash-flow statement measure different things. The loss includes noncash items, while operating cash flow includes movements in working capital. In this period, the aircraft-deposit impairment was particularly material. Using the net loss as though it were the exact cash burn would overstate one measure and obscure the drivers of the other.

The filing reported no flight-training income in the first half of 2026. That makes it difficult to infer commercial traction from the existence of the fleet. The company is spending to maintain operations and develop capabilities while its reported service income remains limited. The analytical task is to identify whether that spending creates the foundation for future paid activity, and whether the future activity could become large enough to support the cost base. The answer depends on customer economics, not simply the accounting presentation of expenses.

Prepaid expenses and other current assets increased materially during the period. Prepayments can support future services or campaigns, but they also represent cash committed before the related economic benefit is realized. They are not interchangeable with cash in a bank account. Their relevance to shareholders depends on what has been purchased, whether the company receives the expected benefit and whether the spending can be matched to productive commercial work.

Part of the period’s funding also came from an incentive arrangement rather than from customers. Under an economic development agreement signed on October 7, 2024 with Midland Development Corporation, the company receives incentives tied to expanding operations at Midland International Air & Space Port, creating and retaining jobs in Midland and relocating certain assets there, including reimbursement of hangar lease payments. In the first half of 2026 the company received $413,000 of advances from Midland Development Corporation, recorded as grant payable, and was entitled to $48,000 of grant income; grant payable stood at $719,967 at June 30, 2026, compared with $354,967 at December 31, 2025. These amounts are conditional economic-development support with obligations attached. They are neither customer revenue nor new equity capital. Commitments, Note 10

A better operating assessment follows several lines together: paid activity, preparation and delivery costs, overhead, noncash charges and cash spent before revenue. If new testing programs begin to generate revenue, the next question is their contribution after direct costs. If revenue remains limited while overhead grows, another financing may become necessary even after visible engineering progress. The first-half statements provide a starting point for that assessment. They do not establish the cash position at the end of October, or the eventual operating cost of a mature service. Income statement and cash flows

08Liquidity: count available resources without hiding restrictions

At June 30, Starfighters reported $1.453 million of cash and $21.730 million of unrestricted short-term investments, a calculated combined $23.183 million. The separate restricted cash and restricted investments are excluded from that sum. This treatment reflects economic availability rather than merely adding every financial asset on the balance sheet. Investments that can be used for operations provide funding capacity. Funds that are restricted or disputed may require time or a legal outcome before they become usable.

A historical consumption comparison can illustrate scale, but it is not a company runway forecast. Dividing the June unrestricted sum by average first-half operating cash use would assume that spending, working capital, access to investments and the absence of further financing all remain unchanged. Development spending rarely follows such a smooth path. An integration campaign can bring expenditure forward, customer receipts can arrive unevenly and legal costs can be unpredictable. A mathematically precise quotient can therefore create a falsely precise impression of financial safety.

The company’s June financial statements expressly retained substantial doubt about its ability to continue as a going concern. That disclosure deserves attention alongside the investment reserve. A reader can recognize that the reserve provides meaningful capacity while also recognizing management’s warning that financing and business-plan execution remain necessary. One does not cancel the other. The availability of capital is a condition for pursuing development; the adequacy of capital depends on what the company must spend before its activities become self-supporting.

The practical financial question is how resources change as milestones approach. Aircraft preparation, supplier work, personnel, legal proceedings and customer campaigns can all affect the reserve. Financing may extend the company’s operating horizon while reducing existing shareholders’ ownership. Cash receipts from repeat services would improve the picture differently because they would support the business through operations. Distinguishing those sources of funding is essential. Starfighters’ reserve should be assessed as development capacity with conditions and competing uses, rather than as an unconditional guarantee of survival or successful commercialization. Liquidity and going-concern note

09Equity financing: evaluate what the company gained and what owners gave up

The May 27 PIPE issued 5,223,879 common shares at $3.35 per share for approximately $17.500 million of gross proceeds. Issuance costs reduced the resources available to the company. The financing created development capacity, but the issued shares also distributed the future economics across a larger ownership base. Both effects belong in the assessment. Cash raised is not operating revenue, and financing completed is not evidence that customers will pay enough to support the business.

The strongest justification for an equity issue is productive use of the capital. Funding that completes a valuable service, improves reliability or supports profitable customer work can increase the value of the business. Funding that principally covers an expanding overhead base can extend the development period without delivering comparable value. The financing announcement alone cannot determine which outcome will occur. The later use of capital and the economics of the resulting capability provide that evidence.

The June share count was higher than the preceding year-end count, reflecting more than the PIPE alone. Warrant exercises and equity compensation also contributed. For per-share analysis, it is useful to distinguish capital raised through a cash issue from shares issued without a proportionate cash inflow. A cashless warrant exercise changes ownership without delivering the exercise price in cash. An equity award compensates personnel and can affect retention, while still allocating part of future value to the recipient. These transactions have different purposes and financial effects.

The October 13 prospectus supplement covered the shares from the earlier financing and incorporated the October 9 governance disclosure. Resale registration makes shares eligible for sale under the prospectus; it is a different event from the company receiving fresh proceeds from a newly announced offering. Investors evaluating supply should also separate eligibility from actual sales. The relevant analytical framework tracks financing proceeds, shares issued, resale rights and subsequent disclosed ownership separately. This makes it possible to assess dilution without inventing a trading narrative. May financing and equity · October prospectus supplement

Ownership filings after the half add a supply dimension to that framework. On August 31, 2026, founder and former chief executive Richard Svetkoff filed a Schedule 13D reporting sole beneficial ownership of 13,119,179 shares, 23.85% of the common stock on the cover page, based on 54,996,019 shares outstanding at August 24. A Form 4 filed the same day disclosed open-market sales totaling 1,050,821 shares between May 8 and August 4, 2026, and acknowledged that the report was late. On September 14 he filed a Form 144 notice for a proposed sale of 566,124 further shares; a notice is not proof of execution, and no Form 4 reporting those sales had appeared on EDGAR through October 13. On October 6, Citadel Advisors, affiliated entities and Kenneth Griffin filed a Schedule 13G reporting that Mr. Griffin may be deemed to beneficially own 3,102,815 shares, 6.3% on a base of 49,626,351 shares at June 8, or a calculated 5.7% of the 54,871,020 shares outstanding at June 30. These filings do not predict future trading. They show that a concentrated founder position, which has been partly sold since May and remains subject to a filed sale notice, coexists with a passive institutional holder. Schedule 13D · Form 4 · Form 144 · Schedule 13G

10Warrants, options and awards: quantify the ownership change

Starfighters reported 54,871,020 common shares outstanding at June 30, 2026, compared with 43,891,846 at December 31, 2025. The calculated increase was 10,979,174 shares, or approximately 25.0%. The equity statement identifies three main components: 5,223,879 PIPE shares, 3,584,545 shares from cashless warrant exercises and 2,170,750 shares from RSU vesting. These components reconcile the increase. They also show why the ownership change cannot be explained solely by the cash financing: almost half of the increase came from transactions other than the PIPE.

At June 30, 2,623,920 warrants remained outstanding, with a weighted average exercise price of $0.47 and a weighted average remaining life of 2.26 years. Those are contractual and period-end figures, rather than a prediction of exercise. The filing’s warrant roll-forward records 3,722,500 warrants exercised during the half, while the equity statement records a smaller number of shares issued from cashless exercise. Warrants surrendered and shares issued need not be equal under cashless settlement. That distinction explains why the two tables have different exercise-related quantities without requiring an assumption of missing cash proceeds.

The company also reported 1,295,000 options outstanding at a weighted average exercise price of $3.71, and 250,001 unvested RSUs at June 30. The option balance reflected new grants and forfeitures, including forfeitures associated with the former CEO and related personnel following the February resignation. The compensation note records stock-based compensation expense and reversals, which affect the income statement differently from a cash salary payment. Existing awards and future grants may continue to affect the ownership denominator. After the period end, on July 7, 2026, the company issued 124,999 common shares to settle RSUs that had vested on grant on June 25, 2026; those units were already included in the weighted average share count used for June earnings per share, so the issuance changes the timing of the share count rather than adding a further award. The cover of the June quarterly report showed 54,996,019 common shares outstanding at August 14, 2026.

The commercial interpretation is specific to this capital structure. The PIPE supplied cash for development, while cashless exercises converted existing warrant rights into common ownership and RSU vesting compensated recipients through equity. A per-share valuation based only on the December count would miss the shares already issued during the half. A forecast based only on the June common count would overlook the remaining instruments and their conditions. The economic question is whether the capability funded and the work received create sufficient value to compensate owners for that change. Share and award tables, June 30 filing

11The aircraft-deposit impairment: a failed capital allocation can matter for years

The first-half results included a $5.150 million impairment of aircraft deposits associated with Aerovision. The charge reduces the accounting value of deposits previously paid. It does not represent newly delivered aircraft or a new flight capability. The company disclosed legal action seeking recovery after the transaction did not produce the expected result. The outcome and recoverability remain uncertain. Recognizing the impairment in the income statement is different from recovering money through litigation.

The immediate analytical distinction is between past cash spending and the current noncash charge. The deposits consumed resources when paid; the impairment recognized that the carrying value was no longer supported. Adding the impairment again to current operating cash use would double count part of the economic history. Ignoring it because it is noncash would be equally unhelpful, because it reflects a real deterioration in the expected benefit from capital already committed.

The longer-term question is what this episode implies for capital discipline. A company developing complex aircraft and launch services must often commit funds before receiving the full operational benefit. That makes supplier diligence, contract protections, milestone payments and oversight commercially important. An adverse supplier outcome can delay capability expansion and reduce the reserve available for other programs. Even a later recovery could involve substantial time and cost, while management attention is diverted from customers and engineering.

Different counterparties and contracts should be assessed on their own facts. The October Robby Moto hardware announcement provides evidence of progress in that relationship; the Aerovision history provides a reason to examine capital commitments carefully. For shareholders, a recovery would improve available resources if and when obtained. The more durable improvement would be a record of future commitments translating into usable capability on acceptable terms. Impairment and legal proceedings

12Governance and litigation: allegations, defenses and operating consequences

The June filing describes litigation involving the former chief executive and separately describes claims involving other parties. It presents allegations and the company’s defenses, rather than adjudicated findings on every disputed issue. That distinction is essential. A shareholder can recognize a material governance dispute without treating one party’s account as a final court determination. Litigation creates uncertainty about potential liabilities, recoveries, costs and management distraction.

The operational significance can extend beyond a final judgment. Restricted balances may limit flexibility while a dispute continues. Legal work can consume cash and executive time. Customers may require additional reassurance about continuity or authority before committing to a campaign. None of those effects has a single automatic magnitude. Their importance depends on how the company manages the dispute, maintains service reliability and communicates the status of material proceedings through its filings.

The June quarterly report also quantifies part of the dispute. It describes withdrawals and transfers of company funds by the former chief executive, made without approval of the board or the audit committee, totaling $1,921,159. Of that amount, $1,526,126 was applied against related-party notes payable previously owed to Rick Svetkoff and RLB Aviation, Inc., after the company was notified that the withdrawals were intended to repay those notes. The remaining $395,033 was recorded in the first half of 2026 as a loss to misappropriation of assets; the company stated that it intends to pursue recovery and found insufficient evidence of collectability. These are the company’s characterizations in a contested matter, not a court finding. June 30 Form 10-Q, legal proceedings and results

The leadership transition is also part of the context. Tim Franta succeeded the former chief executive after the February resignation. A change in leadership can bring clearer controls, different capital priorities and more formal operating processes. It can also create transition costs and relationships that must be rebuilt. The right assessment follows disclosed actions and operating evidence. Titles and optimistic statements alone provide limited information about whether governance and execution have improved.

In October, the board approved advance notice procedures for shareholder nominations and proposals. Such procedures change the process through which shareholders bring matters before a meeting. Their existence should not be interpreted as a court resolution of the earlier disputes or as proof of misconduct by either side. For investors, governance quality will be reflected in the handling of funds, related-party dealings, oversight of supplier commitments, timely disclosure and responsiveness to owners. A technically unusual aerospace platform still requires ordinary corporate discipline. The business becomes more credible when strong operational execution is accompanied by reliable financial controls and balanced disclosure of adverse developments. Legal proceedings and leadership · October bylaws amendment

13Compensation and fixed costs: growth has to outrun the obligations it creates

The October 2 current report disclosed compensation adjustments effective September 28. CEO Tim Franta’s annual base salary increased to $350,000 and CFO David Whitney’s to $300,000, with bonus arrangements and back-pay adjustments. These are post-quarter developments. A model that simply extrapolates the first-half expense base without considering later commitments may understate future costs. The filing provides an example of why historical cash use is a starting point rather than a fixed forecast.

Executive compensation should be assessed in context. A listed company needs qualified leadership, financial reporting and controls. Paying for those capabilities can be economically justified. The relevant shareholder question is whether compensation supports an operating structure proportionate to the business and delivers measurable progress. The mere existence of higher pay is not proof of poor management, while the absence of mature revenue makes expense discipline especially important.

The service model also carries costs that do not disappear when a customer campaign is delayed. Aircraft capability, personnel availability and corporate administration require ongoing support. Some costs vary with flight activity, while others are incurred to preserve readiness. The mix influences how much revenue must be generated before additional work contributes meaningful cash to the company. A business with significant readiness costs can benefit substantially from repeat utilization, but it can also experience financial strain during gaps between missions.

The favorable operating outcome is that the company builds a stable base of work and spreads its fixed obligations across a larger number of useful customer campaigns. That would make a professional management structure more sustainable. The adverse outcome is that commitments grow faster than profitable activity, requiring financing to support overhead as well as development. For Starfighters, the compensation changes belong in the broader assessment of capital allocation and operating leverage. The task is to connect the obligations created with the commercial capacity and customer results they support, rather than drawing a conclusion from the salary figures in isolation. Compensation disclosure

14Customers and utilization: one funded mission is a beginning, not a recurring franchise

The October 13 update outlined a potential customer-funded Wind Tunnel mission alongside the planned STARLAUNCH captive-carry work. Combining commercial and development activity can be efficient when mission requirements are compatible. It can also require careful allocation of aircraft availability, engineering resources and data rights. The economic benefit depends on the actual campaign scope and payment terms. A possible rideshare is therefore a useful commercial opportunity, while a completed paid service would provide stronger evidence.

Utilization matters because the aircraft and team have capacity that can be used for more than one customer over time. A recurring service business needs enough demand to fill useful operating slots without creating bottlenecks that degrade delivery. A full calendar is not automatically profitable if campaigns require extensive bespoke preparation or are priced too low. An empty calendar preserves some flexibility while leaving the cost base unsupported. The ideal commercial pattern combines adequate utilization, reliable scheduling and positive contribution from the work performed.

Customer concentration adds another risk. An early service may depend on a small number of campaigns, so a single deferral can materially affect a period’s revenue. Diversifying customers can reduce that exposure, while spreading the company too thin across very different mission requirements can increase engineering complexity. The service architecture should help find a balance: enough standardization to maintain efficiency and enough flexibility to solve valuable customer problems.

The evidence that would most improve the commercial assessment is repeat business with a clear connection between services delivered and revenue recognized. Follow-on campaigns can indicate that the earlier data had value. Advance payments may support funding, but also create obligations to perform. A contract pipeline can indicate interest, but its conversion depends on budgets, technical readiness and competing priorities. Starfighters’ investment case becomes stronger when the same aircraft capability produces a sequence of commercially useful missions. That is a different test from whether the company can complete one technically impressive flight. Planned customer-funded mission

15Safety, licensing and supplier risk: operating permission is part of the product

The company’s filings describe a development business subject to aviation, launch and other regulatory requirements. For this kind of service, permission to operate is part of the commercial offering. A customer needs confidence that the flight can occur under the conditions required, using approved procedures and appropriately integrated hardware. Regulatory work is therefore connected to product delivery, rather than merely a corporate administrative task.

Different missions can require different work. Carrying an attached inert article is not the same activity as separating a vehicle or conducting powered launch operations. Moving from one stage to the next can introduce new safety analyses and approval requirements. An operating aircraft does not by itself imply authorization for every payload or launch profile the company may wish to offer. The commercial schedule must reflect the readiness of the complete mission, including its applicable permissions.

Suppliers and specialized personnel can also constrain the schedule. Hardware that meets its intended design still has to interface correctly with the aircraft and instrumentation. A late component can delay several tasks downstream. A change to an interface can require additional ground work before flight. The company’s incremental development approach can reduce some uncertainty by testing elements separately, but integration remains essential. Investors should relate announced hardware progress to the stage of the program for which the hardware is intended.

Safety also influences the economics of a repeatable service. A company that offers an unusual flight environment must preserve customer confidence through reliable procedures and operations. Cutting readiness costs too far can undermine the service that generates revenue. Spending without enough demand can undermine the balance sheet. The business needs both technical discipline and financial discipline. For Starfighters, a sustainable model would support safe mission delivery at a price that covers direct costs and contributes to the readiness infrastructure. That combination is more demanding than achieving a single flight milestone, and more useful as a measure of long-term commercial strength. Operating and regulatory risks

16Competition and valuation: compare the service before assigning the multiple

A launch provider, a satellite operator, a component manufacturer and an airborne testing service have different capital needs and revenue economics. Comparing their equity values without examining those differences can produce a misleading sense that a small company must be undervalued simply because the broader industry is large.

The relevant competitive alternatives are those available to the customer. Depending on the requirement, they may include ground testing, other aircraft platforms, simulation and later-stage flight opportunities. Starfighters’ service can be attractive when its combination of flight conditions, scheduling and cost solves a particular problem better than the alternatives. The company does not need to dominate all aerospace testing to build a useful business. It does need enough customers willing to pay for its specific advantage.

Valuation should distinguish resources already held from value that depends on future execution. Available investments provide funding capacity, while the operating business consumes resources and has development obligations. Treating the unrestricted reserve as a floor for equity value would ignore continuing expenditure, liabilities and possible dilution. Assigning a large value to future launch optionality would require assumptions about technical success, timing, customer demand, pricing and operating cost. Those assumptions should be explicit rather than hidden inside a sector comparison.

A scenario approach can be more informative than a single target price at this stage. One scenario can examine a focused paid testing business. Another can examine a wider service offering after integration and propulsion work. A third can examine delays and repeated financing. Each should use a changing ownership denominator and realistic capital requirements. The purpose is to identify what operating evidence would justify a stronger valuation framework. Starfighters’ unusual assets create potential differentiation; profitable and repeatable use of those assets would support valuation more convincingly than a promotional estimate of the total aerospace opportunity.

17Hardware interfaces: the announced architecture and its commercial implications

The October 8 announcement described two modular underwing flight articles, each measuring 3.65 meters in length and 178 millimeters in diameter. Their external form follows an established aerodynamic configuration compatible with Starfighters’ existing F-104 pylon systems. Interchangeable nose sections, tail assemblies, fin configurations and internal payload compartments provide the intended flexibility. These details explain the engineering approach more precisely than a general claim that new testing hardware exists.

The architecture concentrates customization inside a relatively consistent external flight body. For a testing service, that could reduce the amount of aerodynamic and interface work repeated for every customer. A sensor or material experiment can have different internal needs while using common elements of the aircraft interface. The benefit remains conditional on the actual payload and campaign. A requirement outside the module’s dimensions or operating constraints could still require additional engineering, so modularity should be evaluated as a design choice rather than universal compatibility.

Robby Moto Engineering previously developed a fuselage-mounted video and telemetry system for Starfighters’ in-flight payloads. The October announcement identifies an existing technical relationship as well as the new hardware delivery. Prior work can help teams understand interfaces and operating practices, while the new modules still require their own assembly and integration checks. The progression from components to flight articles is relevant because the flight system must work as a whole, including instrumentation and data collection.

The October 13 STARLAUNCH plan links the programs more directly: inert hardware is expected in November, and the company described common components and interchangeable systems between STARLAUNCH 1 and Wind Tunnel in the Sky. A potential article under the opposite wing would also serve as a counterweight during the proposed flight. This design links an incremental launch-development test with a possible customer mission. The commercial opportunity is efficient use of a flight campaign; the execution challenge is satisfying the requirements of both activities at once. Successful integration would support the next test stage, while the economics would depend on the customer work delivered and the total preparation effort. Hardware specifications · Program integration plan

18Financial controls and the shareholder calendar

Management concluded that disclosure controls and procedures were not effective at June 30, 2026. The filing identified weaknesses in segregation of duties and transaction oversight, controls over bank authority and disbursements, and accounting for complex transactions and financial instruments. These are direct disclosures about the company’s financial-control environment. They matter alongside the operational program because the company must accurately account for funding, supplier commitments, compensation and restrictions on assets.

The remediation plan included banking resolutions and defined approval authorities, stronger transaction and accounting processes, and improved oversight. The filing said certain banking measures had been implemented while broader remediation continued, with effectiveness requiring evaluation over time. This makes the status more nuanced than either assuming no action was taken or assuming every weakness had been resolved. Future reporting on operating effectiveness would be relevant evidence of improvement. Additional policies create a framework; reliable implementation and testing demonstrate whether it works.

The audit relationship changed during the same period. Adeptus Partners resigned as the independent registered public accounting firm on July 9, 2026; the company reported no disagreements and no reportable events, and noted that Adeptus’s reports on 2025 and 2024 contained a going-concern explanatory paragraph. On July 22 the audit committee engaged CBIZ CPAs P.C. On July 21 the company filed amendments to its 2025 annual report and its first-quarter 2026 report that expanded several notes in response to comments from the SEC’s Division of Corporation Finance staff, covering segment reporting, the ownership and zero carrying value of the F-104 aircraft, and the correction of immaterial prior-period errors. The first-quarter amendment also added an assessment of the $5,150,000 Aerovision deposits concluding that no impairment was required at March 31, 2026; the June quarter then recorded the full $5,150,000 impairment, citing Aerovision’s continued lack of communication and failure to respond to demand letters; on August 10, 2026, the company filed a legal claim against Aerovision and individuals connected with it. A new auditor and expanded disclosure do not by themselves establish that the control weaknesses have been remediated. July 14 Form 8-K · July 24 Form 8-K · Form 10-Q/A · Form 10-K/A

The second-quarter report itself arrived after a short delay. On August 14, 2026, the company filed a notification of late filing stating that management had been unable to obtain certain business information needed to complete the Form 10-Q for the period ended June 30, 2026, and the review of the report by its recently engaged independent registered public accounting firm, in time for filing. The quarterly report was filed on August 19, within the extension period. The delay was brief, but it coincided with the auditor transition and the control weaknesses described above. August 14 Form NT 10-Q

The same period’s contingency note described a $610,000 claim from Mountain CI Holdings for alleged historical loans. The company disputed the claim and did not accrue it in the June statements. That differs from the zero balance of related-party notes payable after the half-year repayments, and from the restricted bank balances arising in another dispute. Shareholders evaluating obligations should keep admitted balance-sheet liabilities, disputed claims and restricted assets distinct. Combining them under a single debt label would obscure their different legal and economic positions.

October brought further governance and compensation decisions. The annual meeting is scheduled for December 17, with October 27, 2026 set as the record date for notice and voting and as the beneficial ownership determination date. The board introduced advance notice procedures on October 9. The compensation changes effective September 28 allow maximum annual bonuses of 50% of the CEO’s new base salary and 30% of the CFO’s new base salary; portions above $75,000 are paid 65% in cash and 35% in RSUs, with those units vesting over three years. These disclosed terms create prospective compensation exposure alongside back pay. The combination of financial controls, disputed claims and new commitments makes governance a substantive part of FJET’s investment risk, rather than a footnote to the flight-test narrative. Controls and contingencies · Compensation terms · Meeting notice

Frequently asked questions

What does Starfighters Space do?

Starfighters uses F-104 aircraft for specialized aerospace activities and is developing supersonic airborne testing and air-launch capabilities. The immediate business case centers on paid customer work; its launch program remains staged development. Company filing

Is the planned December flight a rocket launch?

The October 13 announcement describes a planned captive-carry flight with an attached inert STARLAUNCH 1 article. Drop testing and a demonstration of integrated propulsion are later intended steps. Flight plan

Why do the aircraft have zero book value?

The June filing explains the acquisition-related accounting treatment and confirms company ownership and control. Zero carrying value neither means the aircraft are absent nor establishes their economic or liquidation value. Aircraft note

How much operating liquidity did the company report?

Cash plus unrestricted short-term investments totaled a calculated $23.183 million at June 30, 2026. Restricted cash and investments are separate. This historical amount is different from an October cash balance or an unconditional runway forecast. Financial statements

Did the October prospectus supplement raise fresh capital?

The October 13 supplement updates the resale prospectus for 5,223,879 shares from the earlier financing and incorporates the October 9 governance disclosure. It announces no new cash proceeds from a new offering. Prospectus supplement

What are the main investment risks?

They include commercialization, aircraft and program execution, financing and dilution, supplier outcomes, litigation and financial controls. The June statements retained a going-concern disclosure. These risks can affect the value of the business and the value attributable to each share in different ways. Risk and financial disclosures

Official sources

• Quarterly financial statements — June 30, 2026
• SEC EDGAR — all Starfighters Space filings
• Investor relations
• Company website
• 2026-10-13 — STARLAUNCH 1 captive-carry flight planned for December
• 2026-10-09 — Advance notice procedures added to the bylaws
• 2026-10-08 — First Wind Tunnel in the Sky flight hardware completed
• 2026-10-06 — Annual shareholder meeting scheduled for December 17
• 2026-10-02 — Executive compensation increased effective September 28
• 2026-10-06 — Schedule 13G, Citadel-related entities and Kenneth Griffin
• 2026-09-14 — Form 144, proposed sale by Richard Svetkoff
• 2026-09-09 — Vaya collaboration explores propulsion and captive carry
• 2026-09-02 — Bionetics MOU for pathfinder payload processing
• 2026-08-31 — Schedule 13D, Richard Svetkoff
• 2026-08-31 — Form 4, Richard Svetkoff
• 2026-08-14 — Form NT 10-Q, notification of late filing
• 2026-07-28 — Wind Tunnel in the Sky mission profile
• 2026-07-24 — Form 8-K, engagement of CBIZ CPAs
• 2026-07-21 — Form 10-K/A for 2025
• 2026-07-21 — Form 10-Q/A for the first quarter of 2026
• 2026-07-14 — Form 8-K, resignation of Adeptus Partners