Stoke Space - Company Description
Comprehensive overview of Stoke Space's mission, vision, and role in the space industry.
Stoke Space: Redefining Access to Space with Revolutionary Reusability
A Mission to Make Space Travel as Routine as Air Travel
Stoke Space was founded on a bold vision: to build the world’s most capable fully reusable rocket, dramatically reducing the cost and complexity of reaching orbit. Unlike traditional aerospace companies constrained by legacy designs, Stoke is engineering a paradigm shift—developing a rocket that can launch, land, and relaunch within hours, not months. Their mission is measurable and audacious: achieve 100% reusability by 2027, slash launch costs by 90% compared to expendable rockets, and enable daily access to space. This isn’t just about rockets—it’s about unlocking a future where satellite constellations, lunar missions, and interplanetary travel become economically viable.
With a team of over 150 engineers, technicians, and space industry veterans, Stoke has rapidly emerged as a leader in next-generation propulsion and spacecraft design. The company has secured $100M+ in funding from top-tier investors, including Breakthrough Energy Ventures and NFX, validating its technical approach and market potential. Their Kent, Washington headquarters—a 50,000 sq. ft. facility—houses advanced manufacturing, testing, and mission operations, positioning Stoke at the heart of the Pacific Northwest’s aerospace innovation hub.
Breaking Barriers in Rocket Engineering and Propulsion
Stoke’s recent achievements underscore its trajectory as a disruptor. In 2023, the company successfully tested its regenerative cooling engine, a critical milestone in developing a fully reusable second stage—a capability no other company has mastered. Their hydrolox propulsion system, which uses liquid hydrogen and liquid oxygen, offers unmatched efficiency and reusability, setting a new standard in orbital mechanics and spacecraft design.
What sets Stoke apart is its vertical integration and agile development cycle. While competitors rely on incremental improvements, Stoke is building its rocket from the ground up, optimizing every component for rapid reusability. Their modular avionics and additive manufacturing techniques reduce production time and cost, enabling iterative testing and faster innovation. This approach has already yielded a 30% reduction in part count compared to traditional rockets, simplifying assembly and increasing reliability.
Solving the Space Industry’s Most Pressing Challenges
The space industry faces critical hurdles: high launch costs, limited reusability, and slow turnaround times. Stoke is directly addressing these challenges by pioneering same-day rocket reuse, a capability that could revolutionize satellite deployment, space tourism, and deep-space missions. Their focus on sustainable propulsion also aligns with global efforts to reduce space debris and environmental impact.
For aerospace engineers, Stoke offers more than a job—it’s a chance to shape the future of space exploration. Whether you’re passionate about propulsion systems, orbital mechanics, or mission operations, Stoke provides an environment where innovation isn’t just encouraged—it’s required. With roles spanning rocket engineering, spacecraft design, and satellite technology, talent here doesn’t just contribute to projects; they define them.
Ready to Launch Your Career with Stoke Space?
Join a team that’s redefining what’s possible in space. Explore open roles and take the next step in your aerospace career today.
