Morgan Stanley reiterates Overweight on SpaceX, believing the combination of Starlink and Tesla Cybercab strengthens the opportunity in robot network connectivity

Overview

This report focuses on the integration of SpaceX's Starlink with Tesla Cybercab, arguing that this is not a single product feature update but rather a signal that SpaceX is creating synergies among satellite connectivity, autonomous driving, robotics, and enterprise AI. Morgan Stanley emphasizes that robots and autonomous fleets require highly reliable, redundant communication capabilities, and Starlink has the opportunity to become one of the key network infrastructures.

Core views

The core view is that Starlink's value to the robotics and autonomous driving ecosystem is not yet fully reflected in SpaceX's current valuation. The report argues that integrating Starlink into Cybercab can improve network availability and passenger broadband experience; even if terrestrial 5G continues to carry the primary connection, critical transportation networks will still need satellite communications as a redundancy and resilience solution. In addition to robotaxis, the report also includes large and small drones, eVTOLs, industrial robots, and humanoid robots in Starlink's long-term customer base.

Analysis framework

The report uses an analytical framework combining event-driven analysis with long-term sum-of-the-parts valuation: it starts with Elon Musk's confirmation on Tesla's 2Q26 earnings call that Starlink will be integrated into Cybercab, then evaluates the demand for mobile satellite connectivity in autonomous driving and robotics scenarios, and finally derives the $300 target price through a sum-of-the-parts valuation of Space, Connectivity, X & Grok, and Enterprise AI.

Methodology notes

• Valuation methodssum-of-the-parts valuation

  sum-of-the-parts

  The $300 target price is composed of Space $8, Connectivity $128, X & Grok $12, and Enterprise AI $152, with the forecast period ending in 2040 and the valuation date set at 2027-06-30.

• Valuation methodscost of capital assumptions

  wacc_and_cost_of_equity

  The report uses an 11.1% WACC and an 11.9% cost of equity as valuation discount assumptions.

• Valuation methodsterminal growth rate

  terminal_growth_rate

  The report assumes terminal growth rates of 4.0% for Space, 4.5% for Connectivity, 3.0% for X & Grok, and 5.0% for Enterprise AI.

• risk_adjustmentexecution risk discount

  enterprise_ai_discount

  The report applies a 50% discount to the Enterprise AI valuation to reflect execution risk.

Asset mapping & comparison

Structured mapping from thesis to named assets (strengths, weaknesses, peers, risks).

• SpaceX equity

  core covered asset

  Strengths

  Starlink, Starship, Connectivity, and Enterprise AI constitute diversified growth drivers, and the report's target price indicates significant upside.

  Weaknesses

  The valuation is highly dependent on long-term forecasts and execution assumptions, and the Enterprise AI valuation has already been discounted by 50% due to execution risk.

  Comparison

  Compared with valuations based only on space launch or traditional satellite broadband, the report places greater emphasis on the long-term option value brought by the robotics and AI connectivity ecosystem.

  Risks

  Slower Starship reusability progress, weaker-than-expected Starlink subscriber growth, weaker enterprise AI monetization, rising capital expenditures, and regulatory delays.

• Starlink

  key vehicle linking SpaceX's connectivity business and the robotics ecosystem

  Strengths

  It can provide redundant, high-bandwidth, low-latency connectivity for autonomous vehicles, filling gaps in cellular network coverage.

  Weaknesses

  In areas such as cities with sufficient cellular coverage, 5G may still remain the primary connectivity solution.

  Comparison

  Relative to terrestrial 5G, Starlink's differentiation lies in coverage redundancy and the resilience of critical infrastructure.

  Risks

  Capacity growth slower than expected, terminal cost and form-factor constraints, and uncertainty around the pace of adoption in mobile scenarios.

• Tesla Cybercab

  mobile connectivity use case for Starlink

  Strengths

  After integrating Starlink, it can reduce the risk of autonomous vehicles suspending operations in connectivity dead zones.

  Weaknesses

  Commercial contribution depends on Cybercab deployment scale, regulatory timing, and the pace of autonomous driving rollout.

  Comparison

  Compared with traditional connected vehicles, robotaxis have higher requirements for persistent connectivity and network reliability.

  Risks

  Delayed robotaxi commercialization, autonomous driving regulatory restrictions, and terrestrial networks already satisfying most needs.

Key data

• RatingOverweightMorgan Stanley reiterated the rating.
• Target price$300.00Based on sum-of-the-parts valuation.
• Current price$118.24Closing price on 2026-07-23.
• Industry viewAttractiveThe industry is Space Technology.
• 2028 EV/EBIT22xThe report believes this valuation does not fully reflect the long-term opportunity.
• Long-term TAM for RaaS$75tn by 2050Of this, original equipment is about $25tn and downstream adjacent services are about $50tn; the original text contains OCR-related noise in the downstream amount, but the overall TAM is stated as $75tn.
• Starlink autonomous driving revenue forecast$6bn by 2035; $31bn by 2040From Morgan Stanley's model.
• Peak Starlink penetration rate in autonomous vehicles40% in 2040Equivalent to about 83 million connected cars.
• WACC11.1%Valuation assumption.
• Cost of equity11.9%Valuation assumption.

Impact & implications

If Starlink can establish highly reliable connectivity infrastructure across scenarios such as autonomous driving, robotics, drones, eVTOLs, industrial robots, and humanoid robots, its revenue boundary will expand from traditional broadband connectivity to mission-critical mobile networks, and may support SpaceX's Connectivity and Enterprise AI valuations. For investors, Tesla Cybercab's integration of Starlink is an important early signal validating SpaceX's long-term robotics connectivity narrative.

Risks

• Starship reusability progresses more slowly than expected.
• Starlink user and capacity growth is slower than expected.
• DTC and enterprise customer adoption falls short of expectations.
• Enterprise AI monetization is weaker than expected.
• AI infrastructure power-supply lead times are longer or computing cost per watt is higher.
• Capital expenditures increase, financing needs rise, or equity dilution occurs.
• Regulatory approvals or deployment are delayed.

What to watch

• The actual launch timing and covered markets of Starlink integration in Tesla Cybercab.
• Whether Starlink penetration in autonomous vehicles moves toward the model assumption of 40% by 2040.
• Whether Starlink revenue related to autonomous vehicles can materialize along the path of $6bn by 2035 and $31bn by 2040.
• Improvements in Starlink capacity growth and in the cost, size, and installation form factor of mobile terminals.
• Commercial orders or revenue signals from Enterprise AI, X & Grok, and robotics-related customers.
• Progress in Starship reusability and its impact on SpaceX's cost structure and space-business valuation.