SpaceX CEO Elon Musk revived the legacy of American rocket pioneer Robert Goddard on Thursday, describing the physicist as "ahead of his time" in a post on X. The comment underscores the foundational role Goddard’s early experiments play in modern spaceflight, directly linking historical innovation to SpaceX’s current pursuit of reusable rockets and multiplanetary expansion.

Musk’s tribute emerged in response to an image of a statue honoring Goddard in Roswell, New Mexico, where the scientist conducted key experiments. "He was ahead of his time," Musk wrote on July 31, 2026. This public acknowledgment serves to align SpaceX’s contemporary engineering challenges with the pioneering spirit that defined the origins of rocketry, reinforcing the company’s narrative of overcoming skepticism to achieve technological breakthroughs.

Historical Context and Early Achievements

Goddard launched the world’s first successful liquid-fueled rocket on March 16, 1926, from a farm in Auburn, Massachusetts. The vehicle, fueled by gasoline and liquid oxygen, measured 10 feet in length. It flew for 2.5 seconds, climbed 41 feet, and landed 184 feet away in a cabbage patch. NASA compares the significance of this flight to the Wright brothers’ aviation breakthrough.

Despite this success, Goddard faced significant criticism. In 1920, The New York Times mocked his suggestion that rockets could function in a vacuum, claiming he lacked basic knowledge taught in high schools. The newspaper did not publish a correction until July 1969, one day after the Apollo 11 launch. Goddard persisted, securing funding from the Smithsonian and Guggenheim institutions to move his laboratory to Roswell in 1930. He subsequently developed patents for liquid propulsion, multistage rockets, fuel pumps, and gyroscopic guidance systems.

SpaceX’s Modern Application

Musk’s comments connect Goddard’s vision to SpaceX’s development of Starship, a system designed for rapid reuse with minimal refurbishment. According to Reuters, the Starship system stands more than 400 feet tall and can carry over 100 metric tons. It remains central to SpaceX’s satellite deployments, lunar missions under NASA’s Artemis program, and long-term Mars ambitions.

Starship’s latest test flight demonstrated progress in reentry capabilities and deployed 20 advanced Starlink satellites. SpaceX aims to recover and relaunch both stages of the vehicle, extending the reusable model pioneered by the Falcon 9 rocket. Musk recently reiterated his commitment to these goals, stating, "I will not forget about Mars," even as the company advances its technology stack.

What the Numbers Show

The trajectory from Goddard’s 1926 launch to SpaceX’s current operations illustrates a massive scale-up in capability. While Goddard’s initial rocket traveled 184 feet horizontally and reached 41 feet in altitude, modern Starship tests involve vehicles exceeding 400 feet in height with payloads surpassing 100 metric tons. This divergence highlights how foundational principles—such as liquid propulsion and gyroscopic steering developed by Goddard—have been scaled from experimental prototypes to operational systems capable of supporting global satellite networks and interplanetary travel.

CNBC host Jim Cramer urged investors on July 30, 2026, not to dismiss Elon Musk following the successful space demonstration of SpaceX’s (NASDAQ: SPCX) first Starlink V3 satellites. The demonstration highlighted significant technological advancements in satellite broadband capacity, reinforcing Musk’s track record of delivering breakthroughs despite market skepticism. This development carries material implications for investors monitoring the competitive landscape of global telecommunications and infrastructure providers.

The endorsement followed Starship’s 13th test flight from Starbase, Texas, on July 24. During the mission, the 407-foot rocket released 20 V3 satellites approximately 124 miles above Earth. According to SpaceX, the satellites successfully extended solar arrays, activated thrusters and antennas, and exchanged data via radio links and lasers before burning up during reentry. Reuters reported that the satellites briefly connected with Starlink’s existing network of 10,000 satellites.

Technical Specifications and Capacity Gains

The V3 satellites represent a substantial leap in performance metrics compared to previous generations. Each unit is designed to provide 1 terabit per second of downlink capacity and 160 gigabits per second of uplink capacity. These figures represent an approximate 10-fold increase in downlink capacity and a 22-fold increase in uplink capacity relative to V2 spacecraft.

Starlink stated that a single Starship launch could add approximately 20 times as much network capacity as a Falcon 9 mission carrying V2 satellites. The design incorporates six 400-gigabit space lasers and solar arrays generating twice the power of previous models.

Strategic Shift to Starship

This mission marks a critical step in SpaceX’s operational shift from Falcon 9 to Starship for next-generation deployments. Elon Musk described the spacecraft as a "gamechanger" on X, emphasizing its role in expanding global broadband, direct-to-cell service, and future orbital artificial-intelligence systems. SpaceX aims to begin routine V3 launches by year-end.

Cramer’s commentary follows ongoing investor debate regarding whether SpaceX’s growth prospects justify enthusiasm surrounding Musk’s satellite, launch, and orbital-computing plans. Cramer has previously warned that Starlink could become a "considerable competitor" to traditional telecommunications companies in rural markets.

What the Numbers Show

The data indicates a structural shift in how satellite broadband capacity is deployed. While Falcon 9 missions have historically carried V2 satellites, the move to Starship allows for a 20-fold increase in capacity per launch. This efficiency gain suggests that Starlink’s infrastructure expansion will accelerate significantly once routine V3 launches commence. However, Benzinga edge rankings indicate that SPCX stock currently exhibits a negative price trend across short, medium, and long-term horizons, suggesting market caution despite the technical success.

Flight Anomalies Noted

Despite the overall success, the flight encountered technical issues. Reuters reported that five booster engines failed to relight, causing the Super Heavy booster to hit the Gulf of Mexico harder than intended. Nevertheless, Starship completed what was described as its best reentry yet and remained afloat after splashing down in the Indian Ocean.