Episode
AST SpaceMobile Q4 2024 Earnings Call
This episode is a straight rebroadcast of AST SpaceMobile's official Q4 2024 / full-year 2024 business update (earnings) call, with no SpaceMob podcast hosts present. The speakers are company executives Abel Avellan (Chairman/CEO), Scott Wisniewski (President), and Andy Johnson (CFO), plus sell-side analysts in the Q&A.
The company detailed the January 2025 $460 million (Abel initially states $450 million) convertible notes raise that pushed cash to roughly $1 billion. It also laid out an accelerated Block 2 BlueBird manufacturing plan, with 40 satellites in production and components for 50+.
The call also covered a binding deal for up to 45 MHz of Ligado L-band spectrum, a new $43 million Space Development Agency contract, and the Vodafone European 'SatCo' joint venture.
Management reiterated it expects to reach free-cash-flow-positive operations (on an operating basis) at around 25 satellites in orbit, and targets a production rate of 6 satellites per month in the second half of 2025. It ended Q4 2024 with $567.5 million in cash while guiding Q1 2025 capex to $150-175 million.
Key Takeaways
- AST SpaceMobile ended Q4 2024 with $567.5 million in cash, up from $518.9 million at the end of Q3 2024, with roughly $66 million still available on its at-the-market (ATM) equity facility.
- In January 2025 (after the Q4 period), AST closed a convertible senior notes offering that Abel Avellan described as $450 million and Andy Johnson described as $460 million, with a capped call raising the effective conversion price to $44.98/share and limiting dilution to roughly 3%; AT&T, Google, Verizon, and Vodafone converted their prior notes into Class A shares as part of the transaction.
- The company is accelerating manufacturing: 40 Block 2 BlueBird satellites are in production, with components/materials (microns and phased arrays) procured for 53 total; management targets a production rate of about 6 satellites per month in the second half of 2025.
- AST has signed a binding agreement for long-term access to up to 45 MHz of lower mid-band (Ligado L-band) spectrum in the US, which it says is the largest available block of high-quality nationwide spectrum, to complement its existing 850 MHz low-band access via AT&T.
- AST won a new $43 million contract with the U.S. Space Development Agency (its 5th U.S. government contract, 3rd with SDA) for non-communications applications, to be recognized roughly linearly as revenue over about the next 12 months using its five Block 1 satellites and its first Block 2 satellite.
- Management reiterated that the company expects to be free-cash-flow-positive on an operating basis at around 25 satellites in orbit, combining government non-communications revenue, commercial communications revenue, and gateway/infrastructure revenue; full continuous US service is expected to need 45-60 satellites.
- AST has fully contracted launch capacity for 60 satellites across 2025-2026 via SpaceX, Blue Origin, and ISRO, and expects to eventually use Blue Origin's New Glenn to launch up to 8 satellites per flight, moving toward roughly one New Glenn launch every 45 days later in the year.
- Management maintained satellite cost guidance of $19-21 million per satellite, unchanged from prior guidance.
- AST and Vodafone announced a new jointly-owned European entity ('SatCo') to exclusively distribute AST's satellite broadband service across Europe, expanding the addressable market from Vodafone's home markets (~10 countries) to essentially all of Europe (~600+ million total connections), alongside a new R&D/validation hub opening in Malaga, Spain.
- The company guided Q1 2025 capital expenditures of $150-175 million (up from ~$86 million in Q4 2024) and non-GAAP adjusted cash operating expenses of $40-45 million (consistent with Q4 2024's $40.8 million).
- AST is pursuing at least three quasi-governmental/development-institution financing sources targeting roughly $500 million, which management described as attractive, potentially delayed-draw/milestone-based, non-dilutive-style capital rather than money it says it strictly needs given its stated 25-satellite free-cash-flow breakeven claim.
Detailed Discussion11 topics
Financing: January 2025 convertible notes and balance sheet
9
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Abel stated the company completed a '$450 million convertible senior note offering,' resulting in nearly $1 billion in cash on the balance sheet, with a cap call transaction increasing the effective conversion price to approximately $45 per share and a 4.25% coupon; the covered cap call limits dilution to existing shareholders to approximately 3% at the effective conversion price.
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As part of the convertible notes transaction, AT&T, Google, Verizon, and Vodafone converted their existing notes and became Class A common shareholders.
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Andy described the same raise as a '7-year, $460 million convertible senior notes offering,' with a capped call increasing the effective conversion price by 100% to $44.98 per share, minimizing dilution to approximately 3%; the offering was more than 3 times oversubscribed. (Abel's $450 million figure and Andy's $460 million figure differ within the same call — flagged as an internal inconsistency rather than smoothed.)
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AST is pursuing non-dilutive financing from quasi-governmental sources, having passed milestones including 'transaction committee acceptance'; if successful, proceeds would fund cost-effective long-term debt for large projects, alongside continued exploration of domestic and global development-institution financing.
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Brian Graff (Deutsche Bank) pushed on the apparent tension between the company's claim of free-cash-flow-positive operations at 25 satellites and its pursuit of roughly $500 million in quasi-government funding, asking whether that money is needed for operations, refinancing, or other purposes.
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Scott said pursuing quasi-government funding has been a long-term part of AST's funding strategy and an attractive capital pocket to keep open; the company will 'assess cash needs when it becomes available' rather than committing to a specific use now.
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Scott said AST is pursuing at least 3 quasi-government facilities, at least one with a delayed-draw/milestone-based structure; that type of thinking also factored into how the company financed its recent spectrum deal.
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Chris Scholl (UBS) asked, given 10-K language about having funding for the next 12 months via the ATM, how much additional capital AST thinks it needs to raise to fund launching all 60 satellites through 2026.
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Andy said AST is well positioned to reach the first threshold of 25 satellites (which starts service) and well beyond, with a pro forma balance sheet of about $1 billion; the company will keep evaluating smart capital-raising opportunities but did not size a specific additional funding need.
Manufacturing acceleration and facilities
7
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Abel said the company is accelerating procurement to complete 40 fully integrated and assembled Block 2 BlueBird satellites, plus components/materials (microns and phased arrays) for more than 50 satellites total.
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Abel described the manufacturing footprint as approximately 194,000 sq ft in Midland, Texas, 59,000 sq ft in Barcelona, Spain, and soon an additional 85,000 sq ft in Homestead, Florida.
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Answering an investor question about hitting 6 BlueBirds/month, Abel said AST is manufacturing 40 satellites now and working long-lead items for all 53 microns, expecting a rate of 6/month by the second half of 2025; he cited the Barcelona facility here as 50,000 sq ft (versus 59,000 sq ft cited earlier in the same call — an internal inconsistency).
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Andy said Q4 2024 capex was approximately $86 million (about $77 million of capitalized direct materials/labor for Block 2 satellites plus facility/equipment expansion in Midland), versus $26.5 million in Q3 2024, and guided Q1 2025 capex to $150-175 million as production and the launch campaign ramp.
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Andy reiterated AST is 'becoming a commercial enterprise' and building administrative/manufacturing capacity to support production optimized at about 6 satellites/month in the second half of the year, with investment flowing into Midland, Barcelona, and soon Southern Florida.
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Brian Graff asked whether per-satellite cost guidance had changed from the previously stated $19-21 million range.
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Abel confirmed cost-per-satellite guidance is unchanged, still in the $19-21 million range.
Satellite chip (ASIC) and technology
3
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Abel said AST completed bring-up and initial validation of its novel ASIC chip, supporting (as stated) 'up to 10,000 MHz, 10 GHz in processing bandwidth per satellite' with peak data speeds up to 120 Mbps; the ASIC is expected in Block 2 BlueBirds later in 2025. (The '10,000 MHz'/'10 GHz' phrasing recurs inconsistently across the call, possibly conflating spectrum and processing-bandwidth figures.)
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Colin Canfield (Cantor) asked about the chipset engineering team's structure and its interface with handset OEMs and partners like Vodafone and Google.
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Abel clarified the ASIC is required only on AST's satellites, not handsets — AST's system works on unmodified phones. Satellites launched using FPGAs initially; the company is now packaging the ASIC for incorporation in the second half of 2025, describing it as ~10 GHz processing capacity, one of the most advanced nodes in space.
Spectrum: Ligado L-band agreement
3
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Abel said AST signed an agreement for long-term access to up to 45 MHz of lower mid-band spectrum in the US for direct-to-device applications — the largest available block of high-quality nationwide spectrum in the US — complementing existing low-band 850 MHz access via AT&T.
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Colin Canfield asked for the latest on the Ligado deal's expected closing, referencing court filings and bankruptcy proceedings.
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Andy said the Ligado deal is tracking nicely and within the parties' timeframe, though work remains and bankruptcy proceedings need to play out; he called it a strategic initiative with good progress.
Regulatory: FCC approvals and licensing
2
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Abel said AST recently received Special Temporary Authority (STA) approval from the FCC to commence testing service with AT&T and Verizon, without requiring specialized software/device support on unmodified smartphones, and anticipates additional FCC rulings soon.
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Answering a question on remaining risks to full FCC commercial-constellation authorization, Scott said AST is in the final stages of a commercial modification of its existing license, to be followed by a beta service for scale testing and then a paid service.
Launch campaign and cadence
4
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Abel said AST exercised its option for more launches and now has fully contracted launch capacity for approximately 60 satellites during 2025-2026, supporting continuous service in the US, Europe, Japan, and select other markets.
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Answering whether AST would expand beyond SpaceX/Blue Origin/ISRO, Scott said BlueBirds are launch-vehicle agnostic and stackable/configurable across major vehicles; the three suppliers were chosen after a market deep dive, and more providers would be considered if capacity beyond the 60-satellite target is needed.
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Abel said Blue Origin's New Glenn can launch up to 8 satellites per flight, roughly doubling Falcon 9 cadence, and AST expects to move to a New Glenn cadence of about one launch every 45 days later in the year.
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Brian Graff asked whether AST is still on track for an April launch of its next satellite and for rough 2025-vs-2026 launch pacing within the up-to-60-satellite plan.
Path to free cash flow at 25 satellites
4
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Abel said combining non-communications government applications with commercial communications revenue enables per-satellite monetization, reiterating AST expects to be cash-flow positive at around 25 satellites, combining non-communications applications with gateway/infrastructure revenue.
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Brian Graff followed up to confirm whether the 25-satellite free-cash-flow target still held given the accelerated buildout.
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Andy confirmed the 25-satellite target holds on an operating basis — capex will flex, but on an operating basis 25 satellites generates sufficient opportunities for free cash flow.
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Abel said AST entered the year with about $1 billion in cash, is scaling to 6 satellites/month (~72/year), and needs 45-60 satellites for continuous US service, funding buildout increasingly via revenue rather than equity.
Q4 2024 / full-year 2024 financial results
5
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Andy reported Q4 2024 non-GAAP adjusted cash opex of $40.8 million vs. $45.3 million in Q3 2024, driven by a $9.3 million R&D cost reduction (completed ASIC work), partly offset by a $4.2 million rise in engineering services costs and $0.6 million in G&A.
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Full-year 2024 non-GAAP adjusted cash opex totaled $151.8 million vs. $154.6 million for full-year 2023.
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Q4 2024 capex was approximately $86 million vs. $26.5 million in Q3 2024 (~$77 million capitalized materials/labor for Block 2 satellites plus the expanded ~194,000 sq ft Midland facility), slightly under prior ~$100M guidance due to a payment shifting into January.
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AST ended Q4 2024 with $567.5 million in cash, up from $518.9 million at end of Q3 2024, via disciplined ATM use partly offset by repaying the prior senior credit facility; ~$66 million remains available on the ATM.
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Andy guided Q1 2025 capex to $150-175 million and Q1 2025 adjusted cash opex to $40-45 million, consistent with Q4 2024 levels.
Government/defense: Space Development Agency contract
7
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Abel said AST secured a new $43 million SDA contract through a prime contractor — its 5th US government contract, 3rd with SDA — calling it just the beginning of what's expected with the US government.
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Scott clarified the $43 million SDA contract follows successful BlueWalker 3 in-orbit testing under a prior contract announced February 2024; it is not prepaid, with revenue recognized alongside services from the 5 in-orbit satellites and the first Block 2 BlueBird, serving as evaluation for potential larger contracts.
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Griffin Boss (B. Riley Securities) asked whether the $43 million SDA contract is for non-communication applications, requesting more color (e.g., missile tracking, remote sensing).
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Scott confirmed the capability is non-communications, consistent with AST's operating frequencies, but declined to define it further; the $43 million is expected to be earned over roughly the next 12 months off the 5 commercial satellites and the first Block 2 satellite.
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Scott said SDA contract revenue recognition should generally be modeled as linear over ~12 months, with a possible slight lag in the first couple of months.
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Colin Canfield asked about revenue-recognition type (cost-plus vs. fee/service-based) expected on contracts like the $43 million SDA award, and how AST is structured to win such contracts.
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Scott said the SDA contract's rev-rec is milestone-based given it's technology evaluation; AST prefers firm-fixed-price (not cost-plus) and tends toward the service side rather than hardware sales given its dual-use architecture, while remaining flexible on structure.
Commercial: MNO partnerships and Vodafone SatCo joint venture
5
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Abel said AST has agreements with approximately 50 mobile network operators globally, representing nearly 3 billion existing subscribers; initial service is planned with AT&T and Verizon (US), Vodafone (UK and Turkey), and Rakuten (Japan).
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Scott said in December AST finalized a definitive long-term agreement with Vodafone through 2034 covering home markets and partner-markets, and the day before the call announced a further agreement forming a jointly-owned entity ('SatCo') to exclusively distribute AST's service across all of Europe, plus a new R&D hub in Malaga, Spain.
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Scott said the first half of 2025 should show gateway sales/bookings bringing in cash and revenue, serving as a leading indicator of which markets see initial service revenue.
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Griffin Boss asked how many incremental MNO subscribers the new European SatCo JV could open up beyond the ~3 billion already covered.
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Scott said total European connections across all countries are about 600+ million, versus previously only Vodafone's pan-home markets; SatCo extends coverage from ~10 countries to roughly 3x that, adding significant new countries and operator potential, and supports a Europe-based operator regulators and MNOs can trust.
Competitive positioning vs. T-Mobile/Starlink Direct to Cell
2
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Chris Scholl (UBS) asked how AST's technology differs from T-Mobile/Starlink's recently launched direct-to-cell beta messaging service, and whether Starlink's pricing influences AST's own pricing strategy for its planned full voice/broadband product.
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Abel said Starlink's pricing reflects an 'intermittent' messaging service, whereas AST offers voice, text, data, internet, and video — everything normally done on a phone — via (as stated) roughly 10,000 MHz/10 GHz of spectrum per satellite and 120 Mbps directly to unmodified phones using premium 850 MHz spectrum, a differentiated package for partner operators.
Watch Items10
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Q1 2025 capital expenditures
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Q1 2025 adjusted cash operating expenses
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Production rate ramp to 6 satellites/month
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Gateway sales/bookings bringing in cash and revenue
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New Glenn launch cadence increasing to about one launch every 45 days
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Beta service launch followed by paid commercial service
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FCC commercial license modification approval
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Ligado spectrum deal closing
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$43 million SDA contract revenue recognition
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Next satellite launch
Open Questions4
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Is AST still on track for an April 2025 launch of its next satellite, and what is the expected 2025-vs-2026 split of the up-to-60-satellite launch plan? (Raised but not directly confirmed in management's response.)
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How much of the roughly $500 million in quasi-governmental funding AST is pursuing will actually be needed, given management's claim of free-cash-flow-positive operations at ~25 satellites?
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How much additional capital, beyond the current ~$1 billion pro forma balance sheet, will AST need to raise to fund launching all 60 satellites through 2026?
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What is the actual size of the convertible notes offering, given Abel Avellan cited $450 million and Andy Johnson cited $460 million within the same call?
Raw Transcript
Show full transcript
[00:00:00] Speaker A: Good day and thank you for standing by. Welcome to the AST SpaceMobile 4th quarter 2024 business update call. Please be advised that today's conference is being recorded. I would now like to hand the conference over to your host today, Scott Wisniewski, President of AST SpaceMobile. Please go ahead. [00:00:18] Speaker B: Thank you and good afternoon, everyone. Today I'm also joined by Chairman and CEO Val Avellone and our Chief Financial Officer, Andy Johnson. Let me refer you to slide 2 of the presentation, which contains our safe harbor disclaimer. During today's call, we may make certain forward-looking statements. These statements are based on current expectations and assumptions, and as a result, are subject to risks and uncertainties. Many factors could cause actual events to differ materially from the forward-looking statements on this call. For more information about these risks and uncertainties, please refer to the risk factors section of AFT SpaceMobile's annual report on Form 10-K, for the year ended December 31st, 2024, with the Securities and Exchange Commission and other documents filed by AST SpaceMobile with the SEC from time to time. Also, after our initial remarks, we will be starting our Q&A section with questions submitted by our shareholders. For those of you who may be new to our company and mission, there are over 5 billion mobile phones in use today around the world, but many of us still experience gaps in coverage as we live, work, and travel. Additionally, there are billions of people without cellular broadband who remain unconnected to the global economy. The markets we are pursuing are massive, and the problem we are solving is important and touches nearly all of us. In this backdrop, AST SpaceMobile is building the first and only global cellular broadband network in space to operate directly with everyday, unmodified mobile devices and supported by our extensive IP and patent portfolio. We have made significant progress over the past year, and I am excited to pass the call to our Chairman and CEO, Abel Avelar, who will discuss our achievements and our vision going into 2025. [00:02:00] Speaker D: Thank you, Scott. The past several months have been transformational for AST SpaceMobile as we continue to accelerate manufacturing, expand our partner ecosystem, and demonstrate unique and differentiated space-based zero-propulsion capabilities. 2024 was the year we validated AC Space Mobile position as a technology leader and inventor in this new industry. And in 2025, we'll be leveraging this position alongside our expansive IP portfolio of more than 3,500 patents and patent pending claims to further enable 2-space connectivity to the device in your pocket today. Simply put, we enter 2025 with the talent and partners, technology and intellectual property, access to space and spectrum, and the funding to move at, at an accelerated pace in this fast-developing market. Key pieces of our business are now in place. Our technology has the capacity to deliver voice, data, video calls, and other native cellular broadband capabilities. Making us a truly differentiated offering for us and our network partners. We're now moving forward to integrate with our partner networks, which will enable initial service with our mobile network operator partners AT&T and Verizon in the United States, Vodafone in the United Kingdom and Turkey, and Rakuten in Japan. Our mobile network operator partners include some of the largest telco operators in the world, and the number of partners continues to grow. We now have agreements with approximately 50 mobile network operators globally, which have nearly 3 billion existing subscribers around the world. This year is about building our constellation to reach commercial service. As a reminder, our technology has been designed from the beginning to support broadband. Not just text messaging or emergency SOS. As noted recently by our partners AT&T, Verizon, and Vodafone, who each completed video calls over our in-orbit network, we have the capability for voice and data services at broadband speed to unmodified smartphones. Since our last business update call, we invested— we achieved several major milestones. First, we solidified our balance sheet with a significant financing with an attractive structure. And with that, we are accelerating our manufacturing, which I will speak to, to you shortly. Second, we signed an agreement that once completed will provide us with the largest block of high-value lower mid-band spectrum, making the spectrum owned and operated by our partners. Third, we're accelerating satellite manufacturing efforts with planning and production of 40 Block II Global satellites underway alongside with additional components and materials needed for over 50. Fourth, we continue to expand our commercial ecosystem both with MNOs, with the Vodafone agreement, and with the government contracts. In fact, just this past week, we announced a new $43 million contract Our work in support of the United States Space Development Agency, or SDA. Our recent contract is just for the beginning of what we expect to achieve with the U.S. government. At last, we continue to solidify the regulatory framework for our services with the SEC. Let me briefly elaborate on each of these achievements. We completed $450 million convertible senior note offering. Resulting in nearly $1 billion in cash on our balance sheet. And outside of the capital raise, we secured cap call transactions which increased the effective conversion price of the note to approximately $45 per share. With a 4.25% coupon, we significantly reduced our cost of capital for the company, and with the covered cap call, we minimize the effect of dilution to existing shareholders to approximately 3% at the effective conversion price. Importantly, as part of the transaction, AT&T, Google, Verizon, and Vodafone converted their existing notes and became Class A common shareholders. We welcome our loyal partners as shareholders, and we appreciate their ongoing support. The financing of And our new balance sheet enabled us to immediately and aggressively accelerate our manufacturing plans. We have accelerated the procurement of components and materials needed for us to complete 40 fully integrated and assembled Block 2 Blue Origin satellites. Additionally, we have accelerated procurement of components and materials needed for us to complete fully assembled MICROS, which are the building blocks of our satellites. and phaser array for over 50 satellites. As a reminder, the assembly stage is one of the last steps in the manufacturing process, and we procure low lead items first to ensure we remain on track to integration and assembly stages. As part of our accelerated manufacturing, we have increased our global footprint to approximately 194,000 square feet in Midwest. Texas, 59,000 square feet in Barcelona, Spain, and soon 85,000 additional square feet in Homestead, Florida, respectively. We have completed the bring-up and initial validation of our novel ASIC chip, which will support up to 10,000 MHz, 10 GHz in processing bandwidth per satellite with peak data speed of up to 120 megabits per second. We expect to incorporate our ASIC into Block 2 Bluebird satellites later this year. We also exercised our contract option for more launches, and now we have fully contracted launch capacity for approximately 60 satellites during 2025 and 2026. [00:08:16] Speaker E: Which gets us to continue servicing US, Europe, and Japan and some selected markets outside the United States. [00:08:24] Speaker D: Next, we've signed an agreement which will provide long-term access to up to 45 MHz of lower mid-band spectrum in the United States for direct-to-device satellite applications. This agreement, when consummated, will augment our capability pairing existing plans for the continental United States on previously EPP low-band spectrum in the 850 MHz band, which offers superior penetration and coverage characteristics. With access to up to 45 MHz of lower V-band spectrum, the largest available block of high-quality nationwide spectrum in the United States. Spectrum is a scarce resource, and our spectrum agreement matches an attractive spectrum position with the largest satellite array for direct-to-device cellular broadband from space. The agreement for long-term access to this spectrum enhances our strategy of working with MNO partners. Our partners dedicate premium low-band spectrum to support our services. The spectrum we are accessing amplifies the existing capacity. Specifically, more spectrum means increased subscriber capacity and better service in the U.S., enables big data transmissions the speed of up to 120 Mbps for a true broadband experience directed from Spain to everyday smartphones. This positions us and our mobile network operator partners for significant growth while reinforcing our place in the broader wireless ecosystem. We are valuable strategic assets. And just recently, we received a special temporary authority, STA approval, from the FCC to commence testing service with AT&T and Verizon in the United States. This approval enables us to connect and test our Blueverse router with modified smartphones without the need of any specialized software, device support, or updates. The FCC approvals underscore the shared goal between AT&T SpaceMobile and the Commission, and we anticipate additional FCC rulings soon as we continue integrating our groundbreaking technology with our existing products. The first 5 commercial Block 1 Bluebird satellites launched in September 2024 are fully operational. As a reminder, our satellites are massive, each the largest ever commercially deployed communication array launched in orbit other than the International Space Station. For context, our upcoming Block 2 satellites are more than 3 times the size of Block 1 satellites, measuring approximately 2,400 square feet. As a result, we need a much smaller number of satellites compared to traditional operators in the low Earth orbit. These types of our satellites accelerate our path to commercial revenues, and the design of our satellites enable decreased any single point of failure reducing our risk profile. I am very pleased to report the first 5 BlueBird satellites are all performing as expected. We have fully tested each satellite and put them into operations. It was exciting to watch Vodafone CEO Margarita Lewandowska complete a video call using our space-based technology. AT&T and Verizon completed video calls shortly after. These operational milestones demonstrate our unique capability that our satellites were designed for. Not just text messaging, but full broadband capabilities, and other native cellular capabilities to completely unmodified smartphones. On the government front, we recently secured an additional contract for $43 million of revenue with the Space Development Agency through a prime contractor. Scott will provide support details momentarily. But this commercial award highlights the capabilities of our dual-use technology for specialized government applications. Our government contract pipeline continues to show strength, driven by new use cases for our unique technology, which are becoming clearer every day. With a successful initial launch and the progress of manufacturing and our commercial and government agreements, you can see that key pieces of operationalizing the HPT PET model network are now in place. I am incredibly proud of the tireless efforts from our team and our partners, particularly over the past several months, to get us to this critical point. With each step, we move closer to achieving our mission of connecting the unconnected and look forward to bringing you more updates in the months ahead. I will now pass to Scott to provide more details on our commercial progress. [00:13:12] Speaker C: Thank you, Abel. [00:13:14] Speaker F: As Abel mentioned, the last few months have been truly significant for AST SpaceMobile. All of the facets of our business are coming together nicely, and we enter 2025 in our strongest position to date. Let me provide additional details on some of the achievements and what they mean for the commercialization of the company. Just last week, we signed a $43 million revenue contract with the US Space Development Agency through a prime contractor. This contract follows successful in-orbit testing on our BlueWalker 3 test satellite under the previous contract and Announced in February of 2024. Importantly, this is not a prepaid contract, but rather revenue we expect to receive and recognize alongside service delivered on our 5 satellites in orbit and our first Block 2 Bluebird satellite. This contract, as with our other U.S. government contracts to date, serves as an evaluation of our capabilities in support of potential larger long-term contracts. Now, taking a step back, this marks our 5th contract award with the U.S. government and our 3rd supporting the Space Development Agency. We continue to see a strong demand profile for space applications from the DoD, which you can read about in the press, and in particular for our unique architecture, which facilitates a diverse set of communications and non-communications applications. Our network is also attractively positioned as dual-use capable, Meaning the same spacecraft can be used for both consumer and government programs. On the commercial front, we continue to advance with our partners, including the approximately 50 mobile network operators we have initial agreements with today. The depth and excitement of these conversations has continued to increase alongside our business milestones, like the high-profile video calls with Vodafone, AT&T, and Verizon that we recently conducted. During 2025, we expect to round out our strategic markets with additional M&Os, building out the initial planned coverage footprint in the US, Europe, Japan, and with the US government. Additionally, during the first half of 2025, you'll begin to see gateway sales or bookings that will bring in cash and revenue during 2025 and also provide a leading indicator for of the markets where you'll see initial service revenue. Turning to Vodafone in particular, in December, we finalized a definitive long-term commercial agreement for space mobile service through 2034. This agreement establishes the framework for Vodafone to offer space-based cellular broadband connectivity in its home markets, as well as to other operators via its partner markets program. Our agreement with Vodafone is a culmination of the many years working together to advance connectivity, marking another significant step in our historic partnership. And then just yesterday, we announced a further agreement with Vodafone to accelerate the commercialization of the Space Mobile Network across all of Europe. This jointly owned entity will exclusively distribute our space-based cellular broadband service, expanding our addressable market significantly in Europe. This means shared ground infrastructure to manage geographic boundaries and turnkey solutions to increase take-up with smaller operators earlier in our deployment. Also in support of our European expansion, we are opening a research and validation hub in Malaga, Spain to support space and land mobile broadband research. This strategic expansion, along with our increased manufacturing footprint in Barcelona, will enhance our capabilities to serve the European market and underscore our long-term commitment to the continent. And with that, I will hand it off to Andy. [00:17:00] Speaker G: Thanks, Scott, and good afternoon, everyone. I echo the sentiment expressed by Abel and Scott. 2024 was a pivotal year in the history of AST SpaceMobile, and we continued our rapid operating transformation during Q4 of 2024. Our successful launch of 5 Block 1 BlueBird satellites in September, coupled with our achievement of full operational status of those satellites in early Q4, has positioned us well to continue our intense focus on expanding our customers, both through commercial and U.S. government engagements. As 2024 came to a close, AST SpaceMobile was a transformed company poised to lead the burgeoning direct-to-device satellite communication industry. We have the financial resources to support our bold initiatives to accelerate the manufacturing and deployment of our satellites in an effort to scale our revenue in the coming periods. The start of 2025 has been a continuation of this significant progress. As mentioned earlier, we accelerated satellite manufacturing efforts in line with our plans to launch up to 60 Block 2 BlueBird satellites during 2025 and 2026. We strengthened our balance sheet through our strategic capital raising, facilitating an increase in our production targets including the planning and production of 40 Block II BlueBird satellites and fully assembled microns and phased array to support a total of 53 satellites. Production is well underway at our manufacturing facilities as we expand our footprint globally. Moving to the operating and metrics slide, let's review the key operating metrics for the 4th quarter and full year 2024. On the first chart, for the 4th quarter of 2024, we incurred non-GAAP adjusted cash operating expenses of $40.8 million versus $45.3 million in the 3rd quarter. As a reminder, non-GAAP adjusted operating expenses exclude certain non-cash operating costs, including depreciation and amortization and stock-based compensation. This quarter-over-quarter decrease resulted from $9.3 million of reduced R&D costs, primarily related to our now-completed ASIC bring-up and initial validation work, partially offset by a $4.2 million increase in adjusted engineering services costs and a slight increase of $0.6 million in adjusted general and administrative costs, in connection with our accelerated plans related to our Block II BlueBird satellites and investments to bolster our critical commercial and administrative functions. For the full year 2024, non-GAAP adjusted cash operating expenses totaled $151.8 million compared to $154.6 million for the full year 2023. Increased engineering services and G&A costs in 2024 were more than offset by a significant reduction in R&D costs as we reduced third-party research and development efforts and pivoted to our internal engineering and cross-functional administrative support in connection with our satellite manufacturing, deployment, commercial, and U.S. government engagement efforts related to our Block 1 and Block 2 BlueBird satellites. Turning towards the second chart on this slide, our capital expenditures for the fourth quarter of 2024 were approximately $86 million versus $26.5 million for the third quarter of 2024. This figure is made up of approximately $77 million of capitalized direct materials and labor for our Block 2 Bluebird satellites and additional facility and production equipment. For our recently expanded 194,000-square-foot assembly, integration, and test facilities in Midland, Texas. This amount was just slightly less than our guidance of approximately $100 million that I provided on our last business update call in November due to timing of a payment ultimately made in January versus December. Overall, and as expected, Capital expenditures have continued to ramp in connection with Block 2 BlueBird satellite production and related launch commitments. Today, we are executing a plan to increase monthly satellite production to 6 satellites per month in the second half of 2025. In connection with scaling manufacturing and continuing payments on our 2-year launch campaign, we expect capital expenditures will continue to increase as compared to prior quarters. We expect CapEx in the range of $150 to $175 million in the first quarter of 2025. Consistent with the fourth quarter of 2024, we estimate that our adjusted cash operating expenses for the first quarter of 2025 will come in within a range of $40 to $45 million As we continue to make critical investments across the organization in support of our growth plans. Timing of the changes in our adjusted operating expenditures and capital expenditures, as I've just described, could be delayed or may not be realized due to a variety of factors. And on the final chart on this slide, we ended the 4th quarter with $567.5 million in cash. Up from $518.9 million at the end of the 3rd quarter. Our ability to maintain cash above $500 million during the 4th quarter, despite the increased capital expenditures, was a result of our effective and disciplined use of our existing at-the-market facility, or ATM, partially offset by the repayment of our previous senior credit facility that I discussed on our last call. We currently have approximately $66 million available on the ATM facility. Our disciplined and effective use of this facility has allowed us to increase liquidity, supplement our other strategic financing initiatives, and accelerating future revenue opportunities, positioning us well to move quickly in building and launching our network. As Abel commented earlier, In 2025, we further strengthened our cash position through the execution of a 7-year, $460 million convertible senior notes offering on attractive terms, including a capped call that increased the effective conversion price by 100% to $44.98 per share, thus minimizing dilution considerably to approximately 3%. The offering was more than 3 times oversubscribed, providing the opportunity to expand our investor base to many new long-term holders that believe in our mission and execution plan of connecting the unconnected. Finally, we continue to make good progress on non-dilutive financing from quasi-governmental sources of capital in the United States, having passed key milestones, including transaction committee acceptance. If these applications are successful, we can use the proceeds to source cost-effective, long-term debt funding of large projects. In parallel, we continue to explore financing opportunities through both domestic and global development institutions providing financial services to businesses like ours in emerging markets. We will provide updates as appropriate, and we will be working with the partner banks and our advisors to refine our alternatives. With our growing revenue profile and further diversified capital market access, we are confident that we can fund our accelerated operational plans with our existing balance sheet, continued focus on non-dilutive customer prepayments, and prudent use of the ATM facility. We are proud of the progress we made in 2024, and remain focused on our mission as we continue a fast start to 2025. I look forward to keeping you updated on our financial progress as the year unfolds. And with that, this completes the presentation component of our business update call, and I'll pass it back to Scott. [00:25:42] Speaker B: Thank you, Andy. Before we go to the queue of analyst questions, we'd like to address a few of the questions submitted by our investors. Operator, could you Please start us off with the first question. [00:25:52] Speaker D: Lee Den from New Zealand asks, when does ASTS expect to reach the 6 BlueBird per month manufacturing target? [00:26:02] Speaker E: Thank you, Lee, for the question. [00:26:05] Speaker D: Great to see questions coming from New Zealand. [00:26:09] Speaker E: We are in the process of manufacturing 40 satellites, and we are working already on the long lead items. and all key parts of our micros, which are the main building block of our satellite, which is 53 of them. We believe that by the second half of this year, we'll be at a rate of 6 per month. For that, we are extending our facility in Midland to around 190,000 square feet of manufacturing. We're adding additional manufacturing facility in the tune of 85,000 square feet of manufacturing facility in Florida and another 50,000 square feet of manufacturing facility in Barcelona. [00:26:51] Speaker D: Rick from the Netherlands asks, what do the current sats in orbit do for the company besides testing? [00:26:59] Speaker G: Is there any progress on the defense or governmental part? [00:27:04] Speaker E: Thank you, Rick, for the question. Yeah, well, they are fully in operation at this point. We have got them approved to operate in the United States on an SDA for both testing of AT&T and Verizon. We already have demonstrated full broadband capability on them, including voice, text, data, and video calling capabilities that will be in essence become nationwide across the United States, obviously on an intermittent on an intermittent fashion as there are only 5 and we're building 45 to 60 between this year and next year. With that also, the government usage is planned to start. They're starting doing testing on them and recently announced a new program with the government that is on the base of the testing that they have done on BlueWalker 3 and now on the operational satellites that we have in orbit. We're very bullish about that opportunity and what the government can use with our satellites, which they're using it already with the satellites that are in operation. [00:28:20] Speaker G: Andreas from New York asks, the recently announced launch campaign had agreement with SpaceX Blue Origin, and ISRO. Are you planning to expand beyond those 3? [00:28:34] Speaker C: Thank you, Andreas. So as we thought about our launch strategy, you know, we've done a few things on our side to position us for success. One is on the design of the satellite. It's launch vehicle agnostic. You know, there's a lot of commonalities in the designs for launch vehicles, and we were careful to design our Bluebirds so that they're stackable and configurable for each of the major launch vehicles. So that was the first step. And the second step was, you know, last year we did a deep dive on the market, looked at available capacity, and we selected these 3 suppliers as we've talked about. So those were important early steps that we took. And to your direct question, you know, we have the ability to use other launch providers over time for sure. Um, but in order to get the capacity we wanted during 2025 and 2026, up to 60 satellites, which we've— as we mentioned on the call earlier, we've actually exercised that option, uh, for the full 60. Uh, we've got that capacity in the 2025 and 2026 timeframe, and, and as we build more capacity beyond that, we'll consider all the supply in the market But for us, we like where we ended up, and this gives us a lot of ability to get to the 60-satellite target. [00:29:54] Speaker G: Brian from Maryland asks, what are the remaining risks to full authorization from the FCC for operating a commercial constellation? [00:30:05] Speaker C: Thank you, Brian. As you may have seen, we recently received STA authorization from the FCC to do initial services with our satellites for both Verizon and AT&T. And that was the basis for the video calls we did with them a few weeks ago. We're also in the final stages of the process for a commercial modification of our existing commercial license. And that's something that we're working on. Alongside that, we'll be rolling out a beta service that allows us to do scale testing, and then a paid service will follow thereafter. [00:30:46] Speaker B: And with that, I'd like to thank our shareholders for submitting those questions. Operator, let's open the call to those questions now. [00:30:52] Speaker A: Thank you. We will now be conducting a question and answer session. If you would like to ask a question, please press star 1 on your telephone keypad. A confirmation tone will indicate your line is in the queue. question queue. You may press star 2 to remove yourself from the queue. For participants using speaker equipment, it may be necessary to pick up the handset before pressing the star keys. One moment, please, while we poll for questions. Our first question comes from the line of Griffin Boss with B. Riley Securities. Please proceed with your question. [00:31:25] Speaker H: Hi, good evening. Thanks for taking my question. So your agreements with with the roughly 50 MNO partners represent 3 billion subscribers now, how many MNO subscribers could be addressed by this new Satco joint venture with Vodafone? Or, well, yeah, what would be more helpful is if you can give us a rough sense of the incremental number of subscribers this partnership could allow you to tap into, given this opens up the entire European market, which I assume likely includes MNOs that you didn't already have MOUs with. [00:32:00] Speaker F: Thank you, Griffin. It's a great question and it's a key reason why we in Vodafone wanted to put this structure in place. So when you look at the full set of connections in Europe, you get to about 600 plus when you look at all the European countries together. And we were only covering before the Vodafone pan-home market. So So this does a couple things. One, it sets a plan for gateways across the continent that'll be able to, despite smaller country sizes, manage borders quite well and at the same time provide an efficient path to bringing on new countries that we hadn't originally contemplated and more MNOs in each country. So it's a big step up in that regard, going from just 10 countries to You know, probably three x that, although certainly we had good countries covered in the beginning. But this adds some really significant countries and some significant operator potential for us. And we think that having a kind of a European European based European sovereign operator is really important. It's important for Europe. It's important for European operators, and it's frankly a an extension of. of how we built our network, right? We built it so that operators and regulators can feel comfortable about how the traffic is managed. And we think that this is a great extension of that. [00:33:27] Speaker H: That's great context. Thank you, Scott. And then next for me, it's related, but it, well, not related to that, but 2-part question. Both are related. First is this $43 million contract with the SDA. It's great to see. Are these, or is it, yeah, is this for non-communication applications and services that you've mentioned for some time now and discussed in the prepared remarks? And then second part of this question, are you able to provide more detail as to what these non-communications applications are that your architecture is able to support? Are we talking missile tracking, TNT, remote sensing? Any color that you can provide to us, I think, would be helpful. [00:34:11] Speaker F: Yes, thanks, Griffin. So in terms of the capability that we're bringing to bear, it's non-communications like we said, and we won't offer more definition of that at this time, but it's consistent with the frequencies that we operate. And so that's what the satellite can do, but it's— we'll say it's non-communications. And in terms of the size of the opportunity, yes, this is You know, kind of a second phase for the contract that we announced last February and that we've earned revenue against on the first satellite. And this is $43 million that we expect to earn in the next 12 months or so off of the first 5 commercial satellites and the first Block 2 satellite. And importantly, this is just another further evaluation. So the opportunity, we believe to be quite, quite large, small relative to the total opportunity, and it's one that we're very excited about. And like we said, that's the general timeframe and the satellites we need to execute on the milestones to deliver the $43 million of revenue. [00:35:20] Speaker C: Okay. [00:35:23] Speaker H: And is that— so should we expect that to be linearly recognized over the next 12 months, or are you providing some services now that might be more robust and say 6 months? [00:35:34] Speaker F: There might be a slight lag in getting going in the next couple months, but generally speaking, linear is the right way to model it. [00:35:43] Speaker H: Okay, great. Thanks, Scott. Appreciate it. [00:35:50] Speaker A: Thank you. Our next question comes from the line of Chris Scholl with UBS. Please proceed with your question. [00:35:56] Speaker D: Great. [00:35:58] Speaker C: Thank you. So we saw a lot of buzz with T-Mobile and Starlink's recent launch of its beta messaging service. Can you just remind us how your technology differs versus what T-Mobile and Starlink are bringing to market and the advantages you have? And appreciate their service is just messaging to start, but given the price points they put out there, how does this influence your own pricing strategy as you're readying a full voice and broadband product? [00:36:20] Speaker B: Thank you. [00:36:23] Speaker E: Thank you, Chris. Well, I think that that is a reflection of what upset pricing is for, which in essence is now still quasi-intermittent, yes, messaging service. Our services, as you know, is voice, text, data, internet, video, everything that you can do on your phone. Normally you will be able to do it through our system. So it's a very differentiated package what we can offer to the operators. We believe that our scale, the reason why we have 10,000 MHz of spectrum per satellite, that translates to 10 GHz of spectrum per satellite, 120 Mbps data rate directly to your phone without requiring any change on the phone or adaptation into the phone. using premium existing 850 MHz band is greatly differentiated and it will allow our partner operator to differentiate with much better service and packages that basically enable the consumer to have the full-fledged connectivity when they get access to our service. [00:37:40] Speaker F: Got it. [00:37:41] Speaker C: And then if I can just fit one more in on funding, I see the language in the 10-K indicating you have funding that you need for the next 12 months with the ATM. Appreciate there are a number of moving pieces, but as you look to 2026 and the ability to launch the 60 satellites, any help sizing the amount of capital you think you still need to raise and how you evaluate the different sources? [00:38:01] Speaker I: Yeah, this is Andy. Thanks for the question, Chris. Um, we, as we said both in our statements and the, and the, uh, K, we're, we're well positioned to get kind of that first threshold of, uh, 25 satellites, which starts a service and well beyond that. It is the case that we have 60 satellites under our launch campaign and we feel very good about our ability to manufacture the 40 that are in process right now. Well, we're well positioned for the near term. We're always looking for smart capital raising opportunities and we'll continue to evaluate 'em. But with a pro forma balance sheet, of about $1 billion. We're absolutely positioned in a very strong way for the next 12 months. [00:38:46] Speaker H: Okay. [00:38:49] Speaker D: Great. [00:38:49] Speaker F: Thank you. [00:38:52] Speaker A: Thank you. Our next question comes from the line of Brian Graff with Deutsche Bank. Please proceed. [00:38:57] Speaker F: Hi. Good afternoon. [00:39:01] Speaker C: I had a few if I could. I guess, first on launches, are you still on track for an April launch of the next satellite? I think that's what you said. And Can you give us any rough sense for the pacing you expect for launches in '25 and '26? Just roughly how many of the up to 60 would you expect to launch this year versus next year? I had a question about costs per satellite, if that's changed at all, or if it's still the $19 to $21 million per satellite. And then the last thing I just want to ask you about was sort of following up on that funding topic from the last We get a lot of questions regarding how much funding you'll need to fund the business plan and get to free cash flow positive, but it seems like the more funding you have available, the wider the scope of the business plan becomes and the faster you accelerate the business plan. So it's not really about how much you need, but it's more about how much you can raise on attractive terms and invest. at an attractive return. Is that the right way to think about it? And anything you'd elaborate on there from a funding perspective? [00:40:12] Speaker B: Thank you. [00:40:13] Speaker E: Yeah, Brian, the way that we think about it is when we combine the non-communication application government base and the communications for consumers, We get the ability to start monetizing, as you see in the recent order, not only by a constellation but on a per-satellite basis. So the last item that we gave is that we believe to be cash flow positive around with around 25 satellites. It's not that we get to continue service without 25 satellites, but with 25 satellites, we start getting enough applications that are non-communications. combined with some other sources of revenue like gateways and infrastructure built up that allowed us to get to our cash flow positive. With that, we have greatly accelerated our pace of production. As Andy indicated, we closed the year, we entered into the year with around $1 billion in cash that we are basically putting into work into upgrading our capacity of building up to 6 satellites a month, which translates to roughly 0.72 per year. And we need 45 to 60 to get continued service in the United States. So that's how we are basically planning our network buildup is basically start to get financed with revenue rather than than equity or other type of transactions. In terms of the launch, we have secured 60 launches, 60 satellites to be launched, which we put well in our targeting, obtaining continued service in US, Europe, Japan, and some selected markets. When we call selected markets, basically, countries where there are customers that are getting to pay early access to our constellation. And that's another source of revenue that we will be utilizing going forward. [00:42:29] Speaker D: With the New Glenn, we can launch up to 8 satellites per launch. [00:42:34] Speaker E: That pretty much doubles the cadence of what is possible with the Falcon 9. And we expect We expect later in the year to start moving to a launch cadence of around one launch every 45 days on the New Glenn. We have other launches also that are being secured in advance to that. And so we are in the process of manufacturing 40 We have the process manufacturing long lead items of 53 that will dictate again how we get them into space. [00:43:18] Speaker C: Thanks, Isabelle. Anything on the cost per satellite? Has that changed at all or are you still in that $19 to $21 million range? [00:43:25] Speaker E: No. Yeah, we're not changing the guidance on cost per satellite. [00:43:29] Speaker D: Okay. [00:43:30] Speaker C: And then if I could just follow up just on funding. [00:43:34] Speaker D: You still expect to get to free cash flow positive at 25 satellites? Is that— [00:43:39] Speaker C: I just want to make sure I understand that right, or does the acceleration sort of modify that timeline? [00:43:46] Speaker G: No, this is Andy. The only qualifier I'd add is on an operating basis, we see that we'll generate free cash flow at that basis. So obviously CapEx flexes. [00:43:56] Speaker I: We're going to ramp up and we may dial back depending on needs at a point in time and when launch commitments are made. But on an actual operating basis, yes, as Babell explained, we believe that with 25 satellites, our applications and opportunities are sufficient to generate free cash flow. [00:44:16] Speaker H: Okay. [00:44:19] Speaker C: And then, I'm sorry, but just the last, I guess, follow-up to that would then be just trying to understand, so if you can be free cash flow positive, You know, roughly 25 satellites. Just trying to understand the need for, you know, the $500 million in quasi-government funding that you're pursuing. And I understand it's attractive money. Is that more to refinance or do you need that money for other operational purposes? [00:44:45] Speaker F: I'd say, this is Scott, That has been a long-term strategy of our funding plan, and it's an attractive way that companies like us get funding. And I would say that while we do have diverse access to a lot of capital markets, this is another one to open up. So we've been very prudent and conservative with funding over the life of the company, and this is a great pocket of capital to have available. And we'll assess our cash needs when it becomes available. It's a, it's a, that, that particular funding source is a process, Brian, and it's one we're, we're in the middle of. And, and we'll assess how to use that and, and when to use that when the time is right. But for us, I think we've seen benefits of having good liquidity for the company that we've been able to generate over the last 6 months. And, and we like having, having that backdrop a lot. [00:45:45] Speaker C: Are those quasi-government sources? Are those more like a facility that once you have it, you can draw on it and not pay interest on the whole thing? Or is it once you get it, you get it, and now you've got this pile of cash that you've got to service the debt on? [00:46:03] Speaker F: Well, there's, there's, we're pursuing at least 3 seriously at the moment and different different facilities have different structures, but yes, at least one of them does have a structure that's delayed draw, like you said, or milestone-based. Although, you know, we're not going to be, you know, cheap, penny-wise, pound-foolish on cost of capital. The key is to maintain good liquidity for the company. But you're right, with the backdrop that I described, having some sort of delayed draw component could be very useful. And in fact, that's one of the ways that we thought about the financing for our recent spectrum deal. Okay. [00:46:43] Speaker B: All right. [00:46:44] Speaker C: Thanks very much. Appreciate the color. [00:46:48] Speaker A: Thank you. Our next question comes from the line of Colin Canfield with Cantor. Please proceed with your question. [00:46:56] Speaker H: Hey, thanks. [00:46:58] Speaker C: Maybe starting off, if you could talk a little bit about the organizational structure with respect to your chipset engineering team. [00:47:04] Speaker B: and maybe reflect a little bit or talk a little bit about how that chipset team is working with folks, um, you know, either at more kind of a handset OE level or even, uh, to the higher levels of Vodafone, Google, and the like. [00:47:15] Speaker E: I think one clarification, our ASIC platform, it is required for use on the satellites only. We do not require any chipsets on the handsets. So that's the way that we have organized ourselves. We start launching satellites using FPGAs, basically field programmable gate arrays. Now that we have completed the ASIC, we're in the process of packaging and start incorporating them into the second half of this year. So DataVant chip, we have a 10 GHz processing capacity. one of the most advanced nodes that exists on the market today, certainly one of the most advanced in space. But I wanted to make clear that we do not require any modification of the chipsets on the phones. Our system, it is designed to work on the phone that you have in your pocket without modifying anything on it. [00:48:23] Speaker C: Yeah, fully understood on the satellite chip being baked. Just to make sure I kind of understood the level of signals and frequency teaming between OEs and AFT. As we think about the GaN OpEx progression through the year, can you just maybe talk about how you think about the current guide and the level of step-up through the year and where you expect most of the cost growth through the year to progress? [00:48:52] Speaker G: Andy, I think on the cost growth this year, we'll be talking each quarter about CapEx, but I mean, our CapEx is growth-based. It's based on ramping up the 40-plus satellites. [00:49:05] Speaker I: We obviously have 40 in production and long lead items, microns for '53. [00:49:10] Speaker C: That will flex. [00:49:11] Speaker I: We've started taking that on and that sort of feeds into that guidance I gave on a ramp-up of, uh, of CapEx in Q1. Um, otherwise, I mean, we're, you know, we gave guidance consistent with our OpEx that, uh, sort of falls in line for the most part with Q4. Um, our ASIC cost will come down as we've, as we finish that work and begin to, to fully integrate. Um, but we'll make additional investments. We're, we're becoming a commercial enterprise now. We're building out that muscle. We are investing in administrative functions across the organization as we grow and prepare to be a full operating company. So you'll see, you're not going to see any incredible difference over if you look at the past prior periods in terms of how we're thinking about operating expense. But at this point, we'll come to you quarterly, which we have, and give you a view on going forward. And And clearly there, I mentioned this in my remarks, but it's probably worth restating, the opportunity for us to really bring costs down is in our R&D function, which in a lot of ways was primarily based on third-party expense. That work's been done. We have a satellite that is fully developed and engineered now, and we are moving to a full-on production environment. And you'll see investments in manufacturing, As Abel mentioned in his remarks, we've added space in Midland, Texas. We've added space in Barcelona, and we're very excited to add manufacturing space in the very near term in Southern Florida. So you'll see those sorts of investments all feeding into becoming a scaling manufacturing company that optimizes satellite production at about 6 per month in the second half of the year. [00:51:03] Speaker H: Got it. [00:51:04] Speaker B: Got it. [00:51:05] Speaker C: And then maybe a little bit on the European opportunity. Seems like the high-level structure of IRIS is looking to track towards something like FDA where there's a lot of manufacturing upfront and aspirations for large leveraging of, we'll say, kind of more prime-type acquisition approaches. But as we've seen from the supply chain development on kind of the US side, it's clear that there's obviously opportunities for services growth, right? Like the $43 million that AFP has won. So maybe if you can talk about The structure of AST, how you think about your ability to win contracts like the $43 million from FDA, and the types of rev-rec that we should expect, whether it's more cost or fee and kind of service delivery-based approaches. [00:51:50] Speaker F: Sure, I'll take that one, Colin. First, just on rev-rec, you know, this is milestone-based, given that this is kind of technology evaluation. And so there are reports, tests, activities we'll be doing with the satellites in orbit, and that'll drive that revenue rec over the next 12 months, plus or minus, that we talked about earlier. And in terms of structure of how these contracts will look as they scale, we've— the US government and how they're thinking about buying defense stuff and how they're thinking about space evolves and has a lot of different elements to it. But I would say we think we're really well positioned for all pieces of that. We function well in the desire to have a firm fixed price and deliver in an environment where you're buying something, you know what the cost is, and that's delivered by the supplier. We don't work on cost-plus contracts, so that's a positive dynamic. And in terms of service versus hardware sales, we tend to fall on the service side with how we've built our satellites and how they're dual use, as we discussed. But we're open to the mission and we evaluate and they evaluate different ways to structure deals. For us, it's important to get a return on the investment that we've put in place in our network, and we can be flexible on that, but we tend to fall on the service side more than on the hardware sale, obviously. [00:53:17] Speaker A: Right, right. Okay. [00:53:20] Speaker C: Well, and then last one for me, maybe latest and greatest in terms of expectations around the Legato deal closing, whether it's tracking court filings or where you expect the next piece of information to come out. [00:53:35] Speaker I: Yeah, this is Andy again. On the Legato deal, things are tracking nicely. We had publicly disclosed the main tenets of that deal when we signed our binding term sheet. So we have work to do to get to where we need to be to complete the deal, but we are well within the timeframe that the parties have set to do so. And of course, with the bankruptcy proceedings, that all needs to play out, but we're working hard on that. We've talked a lot about it. It's a strategic initiative for us and we're making good progress. [00:54:10] Speaker C: Got it. Appreciate the color and thank you for the questions. [00:54:17] Speaker A: Thank you. And we have reached the end of the question and answer session. And I'll now turn the call back over to Scott Wisniewski for closing comments. [00:54:27] Speaker C: Thank you, operator. [00:54:28] Speaker F: We just, again, we want to thank all of our shareholders and research analysts for joining the call and everyone's continued strong support of our very important mission. [00:54:36] Speaker C: We look forward to providing you further updates and have a great evening. [00:54:40] Speaker A: And this concludes today's conference. You may disconnect your lines at this time. Thank you for your participation.
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