ASTS
AST SpaceMobile
Live Quote
Avg Cost
$98.16
Total Return
In Your Sleeves
Why I Own It
AST SpaceMobile is the most speculative position in the Roth IRA and the one I find most compelling from a pure disruption standpoint. The company is attempting to do something that no one has successfully done at commercial scale: build a satellite network that connects to standard, unmodified smartphones without any special hardware. If the technology works as demonstrated, every mobile phone on earth becomes a satellite-enabled device, and every mobile carrier in the world becomes a potential AST customer. I sized it small relative to the risk profile — this is venture-stage risk in a public market wrapper — but the asymmetry is extraordinary. If it works, the payoff is transformational. If it doesn't, the position size limits the damage.
Why This Sleeve
ASTS is in the Roth IRA because the potential upside, if realized over a 5-7 year horizon, is large enough that tax-free compounding matters enormously. A position that could compound 10-20x in a success case is far more valuable in a tax-free account than the same return in a taxable one.
Investment Thesis
AST SpaceMobile is building a direct-to-cell satellite network that enables standard mobile phones to connect directly to orbiting satellites without special hardware. Unlike Starlink terminals, AST's technology uses existing smartphone radios. Partnerships with AT&T, Verizon, and international carriers provide a path to commercial deployment. BlueBird satellites are the initial commercial constellation.
The carrier partnership model is the structural genius of AST's business. Rather than selling directly to consumers, AST sells coverage to carriers who embed it in their existing plans as a premium or emergency connectivity feature. AT&T and Verizon have already signed agreements, and international carriers in Europe and Asia represent a substantial incremental TAM. The revenue sharing model means AST doesn't need to build a consumer brand or distribution network — if the technology works, the carriers handle customer acquisition at no additional cost to AST. The question is entirely one of technical execution: can the BlueBird constellation deliver the spectral efficiency required for commercially viable service quality at the price points carriers are willing to pay.
Scenario Analysis
Bull Case
Direct-to-Cell Network Achieves Commercial Scale
Carrier partnership revenue ramp and expanding BlueBird constellation establish AST as the infrastructure layer for global mobile coverage, driving a step-change in revenue.
AT&T and Verizon activate the first commercial direct-to-cell services by mid-2025
AST launches 60+ BlueBird satellites, providing meaningful global coverage
International carrier agreements in Europe and Asia are signed, expanding the addressable market
Revenue sharing agreements with carriers generate $500M+ annual revenue run rate by 2027
Base Case
Gradual Commercial Deployment
AST achieves limited commercial launch with initial carrier partners while expanding the satellite constellation, establishing proof of concept for broader rollout.
Initial commercial service launches in the US with AT&T and T-Mobile by end of 2025
BlueBird constellation reaches 30 satellites, providing partial coverage
Revenue generation is modest ($50-100M) but confirms the technology's commercial viability
Additional equity raises fund expanded constellation deployment
Bear Case
Technical Execution and Funding Challenges
Satellite performance falls short of commercial specifications or capital requirements exceed current fundraising capacity, creating existential risk.
BlueBird satellites underperform spectral efficiency targets, limiting service quality
Carrier partners delay commercial agreements pending further technical validation
Market conditions prevent equity raises at acceptable valuations, creating a funding gap
Orbital slot and interference issues require costly regulatory resolution
Key Risks
- 01
Technical execution risk — direct-to-cell technology at commercial scale has not been proven; satellite performance must meet very specific spectral efficiency targets.
- 02
Capital intensity — building a global satellite constellation requires hundreds of millions to billions of dollars in capital, with multiple potential funding rounds needed.
- 03
Carrier dependency — AST's revenue model depends on revenue-sharing agreements with large carriers who have significant negotiating leverage.
- 04
Competitive risk from Starlink and others — SpaceX's Starlink direct-to-cell and T-Mobile agreement represents direct competition with substantial capital advantages.
What I'm Watching
BlueBird satellite launch schedule and in-orbit performance data — the primary technical validation signal.
Commercial service activation announcements from AT&T and Verizon with specific coverage and pricing details.
International carrier agreement signings in Europe, Asia, or Africa that expand the addressable market.
Spectral efficiency data and call quality reports from commercial pilots — the make-or-break technical metric.
Capital raise terms and dilution — each equity offering is a signal of execution pace vs. funding needs.