Finance

Why This Space Phone Stock Just Lost Favor on Wall Street

Marcus SterlingPublished 3w ago2 min readBased on 15 sources
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Why This Space Phone Stock Just Lost Favor on Wall Street
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Piper Sandler cut AST SpaceMobile to Hold from Buy and cut its price target to $54 from $98 on Oct. 13, 2026. Barron's

Buy means the analyst expects strong returns. Hold means average returns. A price target is the analyst's guess for the stock in about a year.

AST closed at $50.97, down 10.48% on Oct. 9. Yahoo Finance So the new $54 target sits only a little above that close.

The analyst warned the commercial rollout could face delays from satellite-launch challenges and SpaceX's growing plans. MarketWatch That warning came days after U.S. and European telecom stocks finished among the top decliners on their benchmarks on Friday after SpaceX's spectrum deal. Reuters

That Friday drop was wide. It was not just AST. The Reuters account links telecom weakness and SpaceX spectrum expansion to the same session, Oct. 9.

Launch timeline slips

AST pushed its commercial launch to 2027, according to Sept. 23 reporting. Yahoo Finance That replaces older company language, published without a clear date, that said commercial launch was planned from 2026.

Some hardware is already up. AST launched its first five commercial satellites, BlueBird 1-5, in September 2024. Those allow on-and-off coverage across the United States.

The company then launched its next-generation BlueBird satellites on Aug. 5, 2026 from Cape Canaveral, Florida aboard a Falcon 9 rocket. Those spacecraft had been scheduled for launch throughout 2025 and 2026.

The first full set is 20 satellites to offer smooth, low-latency mobile service. Low latency means short delay. That plan was first laid out in a December 2020 disclosure tied to Vodafone and AST. Think of them as cell towers in the sky. Five gives patchy U.S. cover. Twenty is needed for nonstop service.

AST describes its system as a space-based cellular broadband network for standard, unmodified mobile phones. AST SpaceMobile Its stated mission includes closing gaps for nearly six billion mobile subscribers. It says more than 87% of the world's surface lacks tower coverage. It says its service needs no special devices, software updates, or apps.

SpaceX, which is both launch provider and direct competitor, states that Starship will launch the next generation of direct-to-mobile satellites to deliver full cellular coverage everywhere on Earth. SpaceX

Competitive overhang hardens

MarketWatch once described AST as the only pure stock play on direct-to-cell service. MarketWatch Direct-to-cell means a normal phone links to a satellite. The stock rose more than sixfold after announcing partnerships last year with Verizon.

The price has swung a lot. Shares fell as much as 21% on Friday in late May before losses were pared back. MarketWatch MarketWatch's archive for Feb. 12, 2026 lists an item stating AST stock was falling as the satellite company sought more cash. MarketWatch The same archive lists an item stating SpaceX's Starlink Mobile plans were pressuring AT&T.

The broader context here is about timing, not want. People want signal where towers cannot reach. A one-year slip changes when AST must raise money, when sales can start, and how much time rivals get.

In my view, Piper's math tells that story. A cut from $98 to $54 is a 44.9% drop in forward value, yet the rating stays at Hold. That points to longer waits and more SpaceX pressure. One stock for one idea helps when news is good. It puts launch, rule, and funding risk in one place when news is bad. At $50.97 on Oct. 9, the market already expected delay before the Oct. 13 note.

Looking at what this means for holders and carriers, three things matter now. First, launch dates into 2027. Second, cash. The February cash headline still matters because full sales have not started. Third, SpaceX speed. Spectrum deals and Starship launches leave less room for early high prices and exclusive carrier deals. Whether 20 satellites can deliver the speed and delay needed for commercial-grade broadband at scale will be proven in orbit, not in models.