bluShift Aerospace

Space, On Demand.

We’re a propulsion company, building a modular, scalable hybrid propulsion system to power the future of spaceflight.

Our core techology

Adaptive, scalable, reusable and mission-ready propulsion for the launch demands of today and tomorrow

TECH

Propulsion

Mission-ready propulsion from bluShift

Suborbital

More time, more space...in space

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MAREVL™ Engines

The Core of bluShift's Propulsion Technology

Our modular MAREVL™ hybrid engines, powered by non-toxic fuel, set a new standard in aerospace. Whether your mission demands a brief suborbital flight or access to a stable orbit, bluShift’s propulsion platform ensures smooth and reliable launches.

Engine Type

Hybrid

PROPELLANTS

Solid/Nitrous

THRUST (SEA LEVEL)

16,800 lbf

Burn Time

60 s

About bluShift

At bluShift, we’re rethinking how humanity reaches space. Our rockets are engineered for precision and purpose, offering unparalleled flexibility for research missions and technology demonstrations. Whether it’s providing rapid suborbital launches or powering booster engines with our non-toxic, non-munitions-rated propulsion systems, bluShift delivers tailored solutions that meet our customers' unique needs.

What sets us apart? Our proprietary propulsion system isn’t just a technological leap—it’s a smarter, safer, and more cost-effective way to power suborbital launches and booster systems.

We are Innovators Driving Space Propulsion

We’re not just building rockets—we’re redefining access to space. Our team is pioneering dedicated suborbital launches and next-generation booster technology, providing customers with flexible and dependable solutions. With a focus on innovation, accessibility, and profitability, we turn bold ideas into real-world advancements in spaceflight.

Join our team

Meet the team

Space Education Made Accessible

Inspiring the future of aerospace by making space exploration accessible to students and researchers globally.

bluShift Aerospace partners with MaxIQ Space to offer hands-on STEM education through real-world space science. Students design, build, and launch their own experiments, utilizing kits with sensors, electronics, and coding tools. These activities can then be incorporated into our regular suborbital launches.

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