Joby Aviation: Visionary Mobility or Venture Capital in Public M
By:TradingView
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Executive Summary:
Margin of safety verdict: At roughly $8 to $9 per share, Joby Aviation trades as a speculative option on a future urban air mobility industry rather than a business with calculable intrinsic value, leaving little demonstrable margin of safety for traditional value investors.
Joby Aviation is pursuing a bold idea: a fully electric air taxi network designed to move passengers on short routes within dense cities. If the concept works, Joby could end up laying some of the earliest infrastructure for an entirely new form of transportation.
The investment issue today, however, is simpler than the vision. Revenue remains minimal relative to the company’s multibillion‑dollar valuation. Free cash flow is deeply negative. And there is no observable return on invested capital. Investors are not purchasing a proven operating business; they are financing the creation of a future industry that has yet to develop at scale.
For investors shaped by the Buffett and Munger framework, that distinction matters. When cash flows are unpredictable and returns on capital cannot be observed, estimating intrinsic value becomes more guesswork than analysis. In that context, the stock behaves less like a traditional compounding business and more like venture capital trading in the public market.
One Stock, Dozens of Voices:
This is not one analyst's opinion. CrowdWisdom aggregated 3 independent sources for JOBY (1 professional trader videos (YouTube); 1 live market intelligence feeds; 1 verified financial data checks (Yahoo Finance)) and synthesized the shared thesis: what do dozens of traders, investors, and researchers broadly agree on, where do they disagree, and what might the market be missing?
The evidence was then pressure tested by setting opposing views against each other: a bull case, a bear case that challenges the consensus, and an examination of what expectations appear embedded in the current share price. Financial metrics were cross checked against live market data.
What follows highlights where opinion converges, where it diverges, and whether the current price offers any meaningful margin of safety.
Business Quality and Moat Durability:
Joby Aviation is developing an electric vertical takeoff and landing aircraft designed for frequent urban flights. The company’s strategy goes beyond manufacturing aircraft; it intends to operate the mobility network itself. In other words, Joby is trying to combine aerospace engineering with transportation services.
In theory, several competitive advantages could emerge.
The most important is regulatory certification. Aviation approval processes create extremely high barriers to entry. Historically, only a small number of aircraft designs make it through full certification, and the process often takes years. If Joby is among the first eVTOL aircraft to receive approval, the competitive field could narrow considerably.
Network density could become another advantage. A system with frequent routes, reliable safety records, and integrated scheduling software may develop scale advantages similar to other transportation networks.
Joby is also pursuing vertical integration. By controlling aircraft design, manufacturing, software, and operations, the company may eventually optimize cost per seat mile better than competitors relying on third party suppliers.
For now, though, these advantages remain largely theoretical. Certification is still in progress, commercial operations are limited, and the economics of urban air taxi networks have not been proven in practice.
At this stage, the moat is best described as narrow and unproven. Durable advantages could appear later, but the business has not demonstrated them yet.
Return on Invested Capital (ROIC):
ROIC is the central economic question for Joby Aviation.
At the moment, it cannot be meaningfully calculated. The company remains in a development and certification phase, spending heavily on engineering, testing programs, and manufacturing preparation while generating minimal revenue.
The economic model likely unfolds in stages.
The development phase requires substantial research spending, aircraft testing programs, regulatory certification work, and manufacturing preparation.
The launch phase requires capital to build aircraft fleets, establish or partner on vertiport infrastructure, hire pilots and maintenance teams, and implement operational systems.
The expansion phase would involve continuous aircraft production and the construction of additional infrastructure as the network expands into more metropolitan regions.
This progression suggests rising capital intensity rather than declining capital intensity.
Much of the narrative around electric air mobility frames the sector as a technology platform. In practice, the economics may look closer to a blend of aerospace manufacturing and airline operations. Historically, both industries tend to produce moderate returns on capital at best.
Unless aircraft utilization becomes extremely high and manufacturing costs fall meaningfully with scale, long term incremental ROIC may remain modest.
Quality of Earnings:
There is a large gap between accounting activity and economic value creation.
Revenue is small relative to valuation. Recent annual revenue is roughly $50 million while the company carries a market capitalization exceeding $8 billion.
Operating margins are deeply negative and free cash flow is strongly negative. Recent free cash flow is approximately negative $300 million annually.
Free cash flow has deteriorated as development spending has increased. This is not a temporary distortion. It reflects the cost of developing an entirely new aircraft platform and navigating the regulatory approval process.
Because the company produces no meaningful operating profits, investors are forced to assume future profitability rather than observe it.
That makes traditional valuation frameworks highly speculative.
Capital Allocation Scorecard:
Management’s capital allocation has focused almost entirely on product development and certification.
There are no dividends and no share repurchase programs. Capital has instead been raised through equity issuance and strategic partnerships.
The share count has expanded significantly over recent years as development has been financed through public markets.
Strategically, that approach makes sense. Aerospace programs require large upfront investment and long development timelines.
From a shareholder perspective, though, the critical question remains whether those investments will eventually earn returns above the cost of capital. So far, there is no observable evidence that they will.
Customer and Revenue Concentration:
The company does not yet have a broad commercial customer base.
Early economic activity appears concentrated among a small number of strategic partners and pilot programs.
These include partnerships with large industrial and transportation organizations, as well as government initiatives exploring advanced aviation capabilities.
This creates two clear risks. First, early revenue could depend heavily on a small number of partners. Second, those same partners could support competing eVTOL developers if the industry develops differently than expected.
Because urban air mobility is still an emerging market, customer concentration risk remains structurally high.
Management Alignment:
Joby’s leadership has framed the company around a long term transportation vision rather than near term profitability. That is typical for aerospace development programs.
The company also maintains partnerships with large industrial organizations and airlines that provide both capital and technical collaboration.
Those relationships add credibility, but they do not eliminate execution risk.
Management incentives appear oriented toward building the industry over the long run, though the absence of mature operating economics makes it difficult to judge capital efficiency.
10-Year Durability Test:
The key question is whether urban air mobility will exist at meaningful scale a decade from now.
Several structural risks could permanently impair the business.
Regulatory risk remains significant. Aviation authorities require extensive safety validation before approving new aircraft. Certification delays could push commercial deployment years into the future.
Battery technology is another uncertainty. Limitations in energy density could restrict range, payload capacity, or aircraft turnaround times.
Urban infrastructure could also become a bottleneck. Vertiports must be constructed, airspace integration must be coordinated, and local governments must approve flight routes within dense urban areas.
Public perception and safety incidents will also influence adoption. Aviation industries tend to be highly sensitive to safety events.
Competition adds another layer of uncertainty. Multiple eVTOL developers are pursuing similar aircraft designs. If too many platforms reach the market, pricing power could disappear before the industry matures.
Given these uncertainties, predicting the competitive landscape ten years out is extremely difficult. For investors who prefer predictable businesses, the sector likely belongs in the too hard category for now.
Multi-Year Thesis:
Even though intrinsic value is difficult to estimate, scenario analysis can help frame the possible range of outcomes over the next three to seven years.
Bear Case Scenario
Probability approximately 45 percent.
Certification timelines stretch beyond expectations and commercialization proceeds slowly. Capital requirements rise, and additional equity issuance dilutes shareholders. Early operating economics end up resembling regional aviation, with modest margins and substantial infrastructure costs.
Estimated intrinsic value range: roughly $3 to $5 per share.
Base Case Scenario
Probability approximately 40 percent.
Certification is achieved and commercial operations begin in a limited number of metropolitan areas. Aircraft utilization gradually improves, but infrastructure constraints and regulatory complexity slow expansion.
Margins remain modest and capital requirements remain high.
Estimated intrinsic value range: roughly $8 to $10 per share.
Bull Case Scenario
Probability approximately 15 percent.
Joby becomes one of the first fully certified eVTOL operators and successfully launches dense urban air mobility networks. Manufacturing costs decline along the learning curve, and high utilization drives strong revenue per aircraft.
Urban air mobility evolves into a premium transportation layer similar to helicopter services but with lower costs and greater frequency.
Estimated intrinsic value range: roughly $15 to $20 per share.
These estimates carry substantial uncertainty because they rely on outcomes that have not yet occurred.
Margin of Safety Verdict:
With the stock trading near $8 to $9 per share, the market appears to be pricing something close to the base scenario.
More importantly, intrinsic value itself cannot be calculated with much precision because the business has not yet produced stable revenue, operating margins, or returns on capital.
For traditional value investors who require a clear discount to intrinsic value, the margin of safety is effectively absent.
In practice, the investment behaves more like a long duration venture bet than a purchase of established earnings power.
Peak Margin Stress Test:
Bullish narratives often assume attractive margins once the network scales.
History suggests some caution.
Commercial aerospace manufacturers typically generate operating margins in the low to mid teens during strong cycles. Airlines often operate with single digit margins.
If Joby ultimately runs a hybrid model that includes aircraft manufacturing, pilot staffing, maintenance, battery replacement, insurance, and regulatory compliance, margins may resemble transportation infrastructure more than software platforms.
If long term operating margins settle around 10 percent to 15 percent rather than higher technology style margins, valuation multiples would likely compress toward industrial or transportation peers.
In that scenario, investors expecting platform economics could face meaningful downside.
Valuation Framing:
The current valuation illustrates how much of the investment case depends on creating a future industry.
The company’s market capitalization exceeds $8 billion while annual revenue remains near $50 million and free cash flow is deeply negative.
Investors are therefore paying primarily for expectations of future adoption.
What appears priced in:
Eventual aircraft certification and initial commercial launch.
Several years of continued negative cash flow.
Additional capital raises before profitability.
What does not appear fully priced in:
A dense multi city mobility network with high utilization.
Meaningful declines in aircraft manufacturing costs.
Infrastructure scaling across dozens of global metropolitan areas.
The upside case depends on those outcomes becoming reality.
Perception vs Reality:
Perception: flying taxis represent the next wave of transportation technology and could scale like ride sharing networks.
Reality: aircraft manufacturing and aviation operations are capital intensive, heavily regulated, and historically produce moderate returns.
The cost structure may end up looking more like transportation infrastructure than a software platform.
Why This May Be Misunderstood:
The idea of flying taxis captures the imagination, and technological narratives tend to dominate early stage industries.
But aviation economics are governed by physics, safety regulations, maintenance requirements, and infrastructure constraints.
Those realities could limit profitability relative to the optimistic assumptions found in some narratives.
Three Measurable Things to Watch Next Quarter:
Progress toward regulatory certification milestones.
Quarterly cash burn and liquidity runway.
Updates on commercial launch timelines and operational partnerships.
These indicators offer early clues about whether commercialization is moving forward or slipping.
Historical Conviction Drift:
Discussion around the company often centers on the promise of electric air mobility rather than financial performance.
Retail sentiment appears cautiously optimistic, though not overwhelmingly enthusiastic.
That pattern is common in emerging technology sectors where narrative development comes before measurable financial results.
Disconfirming Evidence:
The most straightforward argument against owning the stock is also the simplest.
There is no measurable return on invested capital, no positive free cash flow, and no established large scale market for the product.
Even if the technology succeeds, the economics may ultimately resemble aerospace manufacturing combined with airline operations rather than a high margin technology platform.
If that turns out to be the case, the current valuation could be difficult to justify.
Risks:
Certification delays that extend commercialization timelines.
Technological limitations in battery energy density or aircraft performance.
Urban regulatory restrictions related to noise, airspace, or infrastructure development.
Persistent negative cash flow leading to repeated shareholder dilution.
Competition from other eVTOL developers and large aerospace manufacturers.
Safety incidents that slow public acceptance of the technology.
Summary:
Joby Aviation represents an ambitious attempt to build a new layer of urban transportation infrastructure.
The technological vision is compelling. If the company becomes one of a small number of certified operators in a global air mobility network, the upside could be substantial.
From a value investing perspective, however, the business today lacks the ingredients that normally create a margin of safety. Free cash flow is negative, ROIC cannot yet be observed, and intrinsic value cannot be estimated with confidence.
That does not necessarily mean Joby is a poor company. It means the stock currently behaves more like venture capital than a traditional public market compounder.
For investors who prioritize durable cash flows and measurable returns on capital, the company likely remains in the too hard pile until certification progress and real operating economics become visible.
Data Snapshot:
Current Price: about $8.68
Metric: Value
Current Price (JOBY): $8.68
Market Capitalization: $8.53 billion
Shares Outstanding: 983,169,282
Trailing P/E: N/A
Forward P/E: -14.84x
Enterprise Value (EV): $7.14 billion
EV/EBITDA: -10.50x
Revenue (TTM): $53.42 million
Gross Margin: 45.10%
Operating Margin: -6.89%
Free Cash Flow (FCF): $-327.86 million
FCF Yield: -3.84%
52-Week Range: $6.32 to $20.95
Sector: Industrials
Industry: Airports & Air Services
Margin of safety verdict: At roughly $8 to $9 per share, Joby Aviation trades as a speculative option on a future urban air mobility industry rather than a business with calculable intrinsic value, leaving little demonstrable margin of safety for traditional value investors.
Joby Aviation is pursuing a bold idea: a fully electric air taxi network designed to move passengers on short routes within dense cities. If the concept works, Joby could end up laying some of the earliest infrastructure for an entirely new form of transportation.
The investment issue today, however, is simpler than the vision. Revenue remains minimal relative to the company’s multibillion‑dollar valuation. Free cash flow is deeply negative. And there is no observable return on invested capital. Investors are not purchasing a proven operating business; they are financing the creation of a future industry that has yet to develop at scale.
For investors shaped by the Buffett and Munger framework, that distinction matters. When cash flows are unpredictable and returns on capital cannot be observed, estimating intrinsic value becomes more guesswork than analysis. In that context, the stock behaves less like a traditional compounding business and more like venture capital trading in the public market.
One Stock, Dozens of Voices:
This is not one analyst's opinion. CrowdWisdom aggregated 3 independent sources for JOBY (1 professional trader videos (YouTube); 1 live market intelligence feeds; 1 verified financial data checks (Yahoo Finance)) and synthesized the shared thesis: what do dozens of traders, investors, and researchers broadly agree on, where do they disagree, and what might the market be missing?
The evidence was then pressure tested by setting opposing views against each other: a bull case, a bear case that challenges the consensus, and an examination of what expectations appear embedded in the current share price. Financial metrics were cross checked against live market data.
What follows highlights where opinion converges, where it diverges, and whether the current price offers any meaningful margin of safety.
Business Quality and Moat Durability:
Joby Aviation is developing an electric vertical takeoff and landing aircraft designed for frequent urban flights. The company’s strategy goes beyond manufacturing aircraft; it intends to operate the mobility network itself. In other words, Joby is trying to combine aerospace engineering with transportation services.
In theory, several competitive advantages could emerge.
The most important is regulatory certification. Aviation approval processes create extremely high barriers to entry. Historically, only a small number of aircraft designs make it through full certification, and the process often takes years. If Joby is among the first eVTOL aircraft to receive approval, the competitive field could narrow considerably.
Network density could become another advantage. A system with frequent routes, reliable safety records, and integrated scheduling software may develop scale advantages similar to other transportation networks.
Joby is also pursuing vertical integration. By controlling aircraft design, manufacturing, software, and operations, the company may eventually optimize cost per seat mile better than competitors relying on third party suppliers.
For now, though, these advantages remain largely theoretical. Certification is still in progress, commercial operations are limited, and the economics of urban air taxi networks have not been proven in practice.
At this stage, the moat is best described as narrow and unproven. Durable advantages could appear later, but the business has not demonstrated them yet.
Return on Invested Capital (ROIC):
ROIC is the central economic question for Joby Aviation.
At the moment, it cannot be meaningfully calculated. The company remains in a development and certification phase, spending heavily on engineering, testing programs, and manufacturing preparation while generating minimal revenue.
The economic model likely unfolds in stages.
The development phase requires substantial research spending, aircraft testing programs, regulatory certification work, and manufacturing preparation.
The launch phase requires capital to build aircraft fleets, establish or partner on vertiport infrastructure, hire pilots and maintenance teams, and implement operational systems.
The expansion phase would involve continuous aircraft production and the construction of additional infrastructure as the network expands into more metropolitan regions.
This progression suggests rising capital intensity rather than declining capital intensity.
Much of the narrative around electric air mobility frames the sector as a technology platform. In practice, the economics may look closer to a blend of aerospace manufacturing and airline operations. Historically, both industries tend to produce moderate returns on capital at best.
Unless aircraft utilization becomes extremely high and manufacturing costs fall meaningfully with scale, long term incremental ROIC may remain modest.
Quality of Earnings:
There is a large gap between accounting activity and economic value creation.
Revenue is small relative to valuation. Recent annual revenue is roughly $50 million while the company carries a market capitalization exceeding $8 billion.
Operating margins are deeply negative and free cash flow is strongly negative. Recent free cash flow is approximately negative $300 million annually.
Free cash flow has deteriorated as development spending has increased. This is not a temporary distortion. It reflects the cost of developing an entirely new aircraft platform and navigating the regulatory approval process.
Because the company produces no meaningful operating profits, investors are forced to assume future profitability rather than observe it.
That makes traditional valuation frameworks highly speculative.
Capital Allocation Scorecard:
Management’s capital allocation has focused almost entirely on product development and certification.
There are no dividends and no share repurchase programs. Capital has instead been raised through equity issuance and strategic partnerships.
The share count has expanded significantly over recent years as development has been financed through public markets.
Strategically, that approach makes sense. Aerospace programs require large upfront investment and long development timelines.
From a shareholder perspective, though, the critical question remains whether those investments will eventually earn returns above the cost of capital. So far, there is no observable evidence that they will.
Customer and Revenue Concentration:
The company does not yet have a broad commercial customer base.
Early economic activity appears concentrated among a small number of strategic partners and pilot programs.
These include partnerships with large industrial and transportation organizations, as well as government initiatives exploring advanced aviation capabilities.
This creates two clear risks. First, early revenue could depend heavily on a small number of partners. Second, those same partners could support competing eVTOL developers if the industry develops differently than expected.
Because urban air mobility is still an emerging market, customer concentration risk remains structurally high.
Management Alignment:
Joby’s leadership has framed the company around a long term transportation vision rather than near term profitability. That is typical for aerospace development programs.
The company also maintains partnerships with large industrial organizations and airlines that provide both capital and technical collaboration.
Those relationships add credibility, but they do not eliminate execution risk.
Management incentives appear oriented toward building the industry over the long run, though the absence of mature operating economics makes it difficult to judge capital efficiency.
10-Year Durability Test:
The key question is whether urban air mobility will exist at meaningful scale a decade from now.
Several structural risks could permanently impair the business.
Regulatory risk remains significant. Aviation authorities require extensive safety validation before approving new aircraft. Certification delays could push commercial deployment years into the future.
Battery technology is another uncertainty. Limitations in energy density could restrict range, payload capacity, or aircraft turnaround times.
Urban infrastructure could also become a bottleneck. Vertiports must be constructed, airspace integration must be coordinated, and local governments must approve flight routes within dense urban areas.
Public perception and safety incidents will also influence adoption. Aviation industries tend to be highly sensitive to safety events.
Competition adds another layer of uncertainty. Multiple eVTOL developers are pursuing similar aircraft designs. If too many platforms reach the market, pricing power could disappear before the industry matures.
Given these uncertainties, predicting the competitive landscape ten years out is extremely difficult. For investors who prefer predictable businesses, the sector likely belongs in the too hard category for now.
Multi-Year Thesis:
Even though intrinsic value is difficult to estimate, scenario analysis can help frame the possible range of outcomes over the next three to seven years.
Bear Case Scenario
Probability approximately 45 percent.
Certification timelines stretch beyond expectations and commercialization proceeds slowly. Capital requirements rise, and additional equity issuance dilutes shareholders. Early operating economics end up resembling regional aviation, with modest margins and substantial infrastructure costs.
Estimated intrinsic value range: roughly $3 to $5 per share.
Base Case Scenario
Probability approximately 40 percent.
Certification is achieved and commercial operations begin in a limited number of metropolitan areas. Aircraft utilization gradually improves, but infrastructure constraints and regulatory complexity slow expansion.
Margins remain modest and capital requirements remain high.
Estimated intrinsic value range: roughly $8 to $10 per share.
Bull Case Scenario
Probability approximately 15 percent.
Joby becomes one of the first fully certified eVTOL operators and successfully launches dense urban air mobility networks. Manufacturing costs decline along the learning curve, and high utilization drives strong revenue per aircraft.
Urban air mobility evolves into a premium transportation layer similar to helicopter services but with lower costs and greater frequency.
Estimated intrinsic value range: roughly $15 to $20 per share.
These estimates carry substantial uncertainty because they rely on outcomes that have not yet occurred.
Margin of Safety Verdict:
With the stock trading near $8 to $9 per share, the market appears to be pricing something close to the base scenario.
More importantly, intrinsic value itself cannot be calculated with much precision because the business has not yet produced stable revenue, operating margins, or returns on capital.
For traditional value investors who require a clear discount to intrinsic value, the margin of safety is effectively absent.
In practice, the investment behaves more like a long duration venture bet than a purchase of established earnings power.
Peak Margin Stress Test:
Bullish narratives often assume attractive margins once the network scales.
History suggests some caution.
Commercial aerospace manufacturers typically generate operating margins in the low to mid teens during strong cycles. Airlines often operate with single digit margins.
If Joby ultimately runs a hybrid model that includes aircraft manufacturing, pilot staffing, maintenance, battery replacement, insurance, and regulatory compliance, margins may resemble transportation infrastructure more than software platforms.
If long term operating margins settle around 10 percent to 15 percent rather than higher technology style margins, valuation multiples would likely compress toward industrial or transportation peers.
In that scenario, investors expecting platform economics could face meaningful downside.
Valuation Framing:
The current valuation illustrates how much of the investment case depends on creating a future industry.
The company’s market capitalization exceeds $8 billion while annual revenue remains near $50 million and free cash flow is deeply negative.
Investors are therefore paying primarily for expectations of future adoption.
What appears priced in:
Eventual aircraft certification and initial commercial launch.
Several years of continued negative cash flow.
Additional capital raises before profitability.
What does not appear fully priced in:
A dense multi city mobility network with high utilization.
Meaningful declines in aircraft manufacturing costs.
Infrastructure scaling across dozens of global metropolitan areas.
The upside case depends on those outcomes becoming reality.
Perception vs Reality:
Perception: flying taxis represent the next wave of transportation technology and could scale like ride sharing networks.
Reality: aircraft manufacturing and aviation operations are capital intensive, heavily regulated, and historically produce moderate returns.
The cost structure may end up looking more like transportation infrastructure than a software platform.
Why This May Be Misunderstood:
The idea of flying taxis captures the imagination, and technological narratives tend to dominate early stage industries.
But aviation economics are governed by physics, safety regulations, maintenance requirements, and infrastructure constraints.
Those realities could limit profitability relative to the optimistic assumptions found in some narratives.
Three Measurable Things to Watch Next Quarter:
Progress toward regulatory certification milestones.
Quarterly cash burn and liquidity runway.
Updates on commercial launch timelines and operational partnerships.
These indicators offer early clues about whether commercialization is moving forward or slipping.
Historical Conviction Drift:
Discussion around the company often centers on the promise of electric air mobility rather than financial performance.
Retail sentiment appears cautiously optimistic, though not overwhelmingly enthusiastic.
That pattern is common in emerging technology sectors where narrative development comes before measurable financial results.
Disconfirming Evidence:
The most straightforward argument against owning the stock is also the simplest.
There is no measurable return on invested capital, no positive free cash flow, and no established large scale market for the product.
Even if the technology succeeds, the economics may ultimately resemble aerospace manufacturing combined with airline operations rather than a high margin technology platform.
If that turns out to be the case, the current valuation could be difficult to justify.
Risks:
Certification delays that extend commercialization timelines.
Technological limitations in battery energy density or aircraft performance.
Urban regulatory restrictions related to noise, airspace, or infrastructure development.
Persistent negative cash flow leading to repeated shareholder dilution.
Competition from other eVTOL developers and large aerospace manufacturers.
Safety incidents that slow public acceptance of the technology.
Summary:
Joby Aviation represents an ambitious attempt to build a new layer of urban transportation infrastructure.
The technological vision is compelling. If the company becomes one of a small number of certified operators in a global air mobility network, the upside could be substantial.
From a value investing perspective, however, the business today lacks the ingredients that normally create a margin of safety. Free cash flow is negative, ROIC cannot yet be observed, and intrinsic value cannot be estimated with confidence.
That does not necessarily mean Joby is a poor company. It means the stock currently behaves more like venture capital than a traditional public market compounder.
For investors who prioritize durable cash flows and measurable returns on capital, the company likely remains in the too hard pile until certification progress and real operating economics become visible.
Data Snapshot:
Current Price: about $8.68
Metric: Value
Current Price (JOBY): $8.68
Market Capitalization: $8.53 billion
Shares Outstanding: 983,169,282
Trailing P/E: N/A
Forward P/E: -14.84x
Enterprise Value (EV): $7.14 billion
EV/EBITDA: -10.50x
Revenue (TTM): $53.42 million
Gross Margin: 45.10%
Operating Margin: -6.89%
Free Cash Flow (FCF): $-327.86 million
FCF Yield: -3.84%
52-Week Range: $6.32 to $20.95
Sector: Industrials
Industry: Airports & Air Services
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Disclaimer: The content of this article solely reflects the author's opinion and does not represent the platform in any capacity. This article is not intended to serve as a reference for making investment decisions.
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