Your Space Tech Testbed

Collect invaluable data for your space-bound technologies.

Minimize Risk

Imagine preparing to deploy your new space technology.

You’ve spent years and millions of dollars researching, prototyping, and hypothesizing. Now it’s time to launch, but there’s only one catch: Your technology has never actually been tested in zero gravity.

Are you confident in your launch without testing?

Start Research Process

Trusted By The Space Industry Elite

Launch With Confidence

Parabolic flights are a critical first step towards achieving your space research objectives. Our team of experts help you collect the quality data that your research demands, and launch with confidence when the time comes.

Past Research Missions

Cryogenics

Collect Quality Cryogenic Data

Test the behavior of fluids and fundamental physics with cryogenic liquids in zero gravity.

In-space refueling
Propulsion
Healthcare

Make Medical Discoveries

Shape the future of healthcare by learning about microgravity’s impact on medical technologies, innovations, the human body, and more.

Stem Cell Research
Deep Space
Medical Support
Surgery In Space
Orbital Medicine
Bioprinting Human Organs
Manufacturing

Forge The Future

Use zero gravity flights to investigate how various materials and manufacturing methods perform in space.

In-Space Manufacturing
3D Printing
Space Construction
Zero Gravity Welding
Chemical

Find The Right Formula

Gain a better understanding of chemical adhesion and related behaviors on zero gravity flights.

Fluid Mechanics
Fuel Delivery
Biological Inks
Materials Science

Solve Real-World Problems

Put a number of materials to the test in true zero gravity to elevate the quality of your findings.

Lunar Regolith Impact
Space Station Hardware
Impact Crater Testing
Life Science

Explore Sustainable Living

Test, document, and re-test to find out more about what it’s like to grow and cook food in space.

Self-assembling habitats
Food Preparation and Storage

A Spotless Safety Record

20

Years In Operation

850+

Flights

2,300+

Research Payloads

16,000+

Parabolas

22,000+

Guests

Mixed Payload (Handheld)

Mixed Payload (Handheld)

$10,300

+ Tax

Book a single seat aboard a shared flight with other researchers. Best for small, unmounted experiments.

1 Flyer

*If Booked More Than 60 Days In Advance

Mixed Payload (5' x 10' Section)

Mixed Payload (5' x 10' Section)

$43,000

+ Tax

Book a 5' x 10' section aboard a shared flight with other researchers. Best for small/medium-sized experiments and rapid prototyping.

3 Flyers

*If Booked More Than 60 Days In Advance

Mixed Payload (10' x 10' Section)

Mixed Payload (10' x 10' Section)

$64,000

+ Tax

Book a 10' x 10' section aboard a shared flight with other researchers. Best for medium-sized experiments and rapid prototyping.

5 Flyers

*If Booked More Than 60 Days In Advance

Full Private Flight

Full Private Flight

$272,000*

+ Tax

Includes exclusive use of G-Force One, up to 28 seats, 15 parabolas, and 1 dedicated photographer.

Up to 28 People

*If Booked More Than 60 Days In Advance

The Process

We’ll handle the flight planning. You focus on the science.

01

Get Started

Choose between a private charter, mixed payload, or handheld experiment, and submit the Test Data Summary form to help us understand your research objectives.

02

Receive Quote

We will provide you with a cost quote and any additional considerations while preparing your research

03

Execute Contracts

Confirm your flight by signing a standard research contract and paying the deposit

04

Process Payload

Submit your Payload Integration package (PIP) so our team can file all required FAA paperwork and approvals on your behalf

05

Prepare For Takeoff

Complete a Test Readiness Review (TRR) 1 day prior to flight, install your experiment, and get ready to fly.

Frequently Asked Questions...

Getting you ready for your weightless experience.

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What if my research requires flying hazardous materials?

If we can get nuclear reactors and blast chambers approved in zero gravity, we can likely help with getting your research approved. Of course, there are limitations based on federal regulations, but our team of experts can quickly advise on your available options and the best path forward.

Prefer to speak specifically about your research project? Complete our Test Data Summary Form to get started.

How long does it take to plan my research flight?

The further in advance that you begin planning your flight, the more successful your research will ultimately be. Our most successful research teams start planning months in advance.

We recommend planning your research flight no less than 3 months in advance. Although we’re able to support payloads with as little as 60 days’ notice, planning further in advance enables our team to better support your research and set you up for success.

Have you flown zero gravity research like mine before?

Between quietly supporting the entire space industry for 20 years, and flying over 2,300+ research payloads, it is highly likely that we have supported an experiment similar to yours.

Do you offer discounts for research flights?

Our flights are in high demand and tend to sell out quickly. For more information, sign up for our newsletter.

How often do you host mixed payload research campaigns?

We traditionally host mixed payload campaigns about twice per year: Once in the spring (around late April or early May), and again in the fall (around late October or early November). Each campaign lasts about 1 week and includes daily research flights.

Are zero gravity flights safe?

Yes, zero gravity flights are perfectly safe. Not only are we held to the exact same Part 121 safety standards as passenger airlines like Delta, Southwest, and others, but we spent over 11 years receiving FAA approval before ever conducting our first public flight.

Now more than 20 years, 850+ flights, and 22,000+ guests later, we still maintain a spotless safety record.

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