Stoke Space Shapes Up Its Debut Launch Endeavors at Cape Canaveral

Stoke Space is renowned for its daring mission to create the inaugural fully reusable rocket, capable of returning both its booster and second stage to Earth in a vertical descent. At just five years old, the startup has stirred considerable excitement with these visionary proposals.

This vision received a significant endorsement when the U.S. Space Force allocated Stoke and three other emerging companies coveted launch site territory at Cape Canaveral Space Force Station in Florida. Stoke’s initiative involves transforming the legendary Launch Complex 14—once the launching ground for John Glenn’s famed journey among other notable NASA endeavors—aiming for its maiden voyage in 2025.

Central to Stoke’s ambitions is Nova, a pioneering two-stage rocket fashioned for the recovery and vertical landing of both its stages. This positions Stoke alongside SpaceX’s Starship in the pursuit of complete rocket reusability. Stoke anticipates that their recyclable upper stage will revolutionize space travel by enabling cargo return from orbit, precision landings anywhere on Earth, and significantly reduced launch costs.

However, before Stoke can proceed, an “environmental assessment” by the Space Force is required for the planned activities at LC-14. This evaluation is crucial for understanding the potential impacts of frequent launches on the surrounding environment. Such assessments are a federal mandate and can extend over several months, yet they offer a detailed insight into a company’s operational blueprints.

Despite the progressive nature of Stoke’s objectives, a preliminary environmental assessment for Stoke’s launch site tempers expectations for an immediate showcase of reusability during the initial flight. This document, disclosed recently, sets forth a “phased program approach,” initially focusing on launching an entirely expendable Nova rocket. The documentation underlines a cautious step towards reusability, suggesting a gradual escalation in launch frequency before transitioning towards a fully reusable model.

Initially, Stoke is gearing up for roughly two launches in the upcoming year, later expecting to possibly ramp up to 10 launches annually. The company has briefed regulators on Nova’s capacity to carry a maximum payload of 7,000 kilograms to low Earth orbit, achievable when not factoring in reuse capabilities.

Insiders close to Stoke’s strategic planning suggest that the firm is methodically pacing its approach towards reusability, prioritizing reliable payload delivery to designated orbits before venturing into recyclable operations. This phased strategy mirrors similar pathways taken by industry leaders.

Indeed, phased approaches are not novel. SpaceX, a titan in the launch industry, debuted its Falcon 9 in 2010 but only achieved booster recovery in 2015. Stoke is setting its sights on a comparable trajectory, albeit without explicit deadlines for testing its reusable technologies as of yet.

Although timelines for reusable flights at Cape Canaveral remain unspecified, Stoke is actively advancing with “hop” tests for its rocket’s second stage within its Washington State facilities. CEO Andy Lapsa highlighted on a recent podcast the innovative approach to second-stage reusability, noting its critical influence on the overall rocket design strategy aimed at ultimate reusability.

“The entire vehicle’s architecture is predicated on the end goal,” he noted. “From inception to the present, our efforts have been geared towards realizing this final design objective.”

Upon accomplishing full technological maturity for reusability, a supplementary environmental analysis by the Space Force will assess the ecological implications of landing operations, whether on a designated pad near the launch site, a barge offshore, or other locations. Depending on the extent of amendments necessitated by these operational changes, this phase could extend beyond six months.

Lapsa assured in the podcast that Stoke is primed to transition to this next phase: “The moment we achieve orbit, our attention immediately shifts to proving safe return capabilities. Once we accomplish that, our focus instantaneously moves to reusability.”