Aidan Parks

Aidan Parks is a junior studying Systems Engineering at the University of Arizona after transferring to the university this semester. He got his start in engineering through a Pima JTED Career & Technical Education (CTE) program, where he began building the foundation for the engineering path he is pursuing today.

During his internship, Aidan worked on FreeFall’s lenticular reflector project, testing materials considered for use as membranes in inflatable antennas. His work focused on understanding their optical characteristics so the engineering team could evaluate their potential for future reflector designs.

Through the process, he gained experience in optics, test operations, writing test plans and procedures, data collection, and communicating results.

“I learned a lot about optics and test operations. I also learned and practiced writing test plans and procedures, collecting the data needed to make engineering decisions, and communicating results with stakeholders.”

A highlight of his internship was visiting the University of Arizona’s Applied Research Building, where he helped test FreeFall’s 1-meter reflector inside the thermal vacuum chamber.

The experience reinforced Aidan’s interest in aerospace engineering and his desire to eventually work on instruments and systems that support space science and exploration. It also gave him a deeper appreciation for the importance of properly designed testing in making engineering decisions.

Aidan will return to the University of Arizona for his junior year while continuing to work with FreeFall’s testing team as development of the inflatable reflector progresses.

Outside of engineering, he enjoys hiking with friends, reading with his book club, and watching movies.

Miguel Rafael M. Ruiz

Miguel Rafael M. Ruiz is entering his senior year at the University of Arizona, where he is pursuing a Bachelor of Science in Health Sciences in Physiology and Medical Sciences with an emphasis in Exercise and Extreme Physiology.

Coming from a medical and physiology background, Miguel brought a different perspective to FreeFall. During his internship, he helped develop a streamlined procurement and inventory system using Smartsheet, creating a workflow for submitting, approving, purchasing, receiving, and inventorying materials. He also helped organize the lab to support the new process.

One of his favorite experiences was working on the 20th MATE hardware unit, following it from procurement and receiving through assembly, finalization, and shipping.

“It was very rewarding to see it come in as individual parts and eventually leave as a completed product.”

Beyond learning about aerospace technology and antennas, Miguel developed professional communication skills and gained confidence working in a field that was initially unfamiliar to him.

“I learned that with the willingness to adapt, ask for help, and learn from others, I can contribute even in an environment where I initially feel like I don’t belong.”

Miguel will return to the University of Arizona for his senior year while seeking experience under the mentorship of a physical therapist. His long-term goal is to establish a clinic in his hometown.

Outside of school and work, he enjoys playing volleyball, reading comics, and exploring new topics that interest him.

Gabriel Neff

Gabriel Neff is a senior at the University of Arizona studying Aerospace Engineering with a minor in Classics.

During his internship, Gabriel worked with FreeFall’s 1-meter and 150-millimeter membrane reflectors. Alongside the team, he helped set up in-house experiments using deflectometry and spot-size measurements to characterize thin membrane reflectors.

While Gabriel gained valuable technical experience, one of his biggest lessons was learning the importance of asking questions.

“I think that I really developed my ability to say, ‘I don’t know what this means; could you explain this to me?’ Dustin Blanchard and the whole team really incentivize making FreeFall a learning environment.”

One of his favorite moments came at the Applied Research Building, when the team successfully produced a particularly flat and reflective Mylar layup. Seeing everyone contribute to the process demonstrated how quickly a collaborative team can make progress.

That environment strengthened Gabriel’s enthusiasm for continuing a career in engineering and showed him the value of working on a small team where people depend on and learn from one another.

This fall, Gabriel will continue working at FreeFall while completing his bachelor’s degree at the University of Arizona.

Outside of school and work, he enjoys hiking, traveling to new places, and live music.

Iker Losada Samano

Iker Losada Samano is pursuing a Bachelor of Science in Aerospace Engineering at the University of Arizona and will begin his third year this fall.

Much of Iker’s internship focused on FreeFall’s Deployable Perimeter Truss Ring (DPTR) project. He also participated in thermal-vacuum testing of the 1-meter lenticular reflector.

During testing at the University of Arizona’s Applied Research Building, the team introduced him to the concepts behind the facility’s large thermal vacuum chamber. Iker also had the opportunity to work inside the chamber, helping position and tension the reflector.

His favorite experience was watching the DPTR project progress through multiple versions.

“Watching the project evolve from the first design and print to the current version meant we had to overcome many challenges, and I learned a lot along the way.”

That process taught Iker an important lesson about real-world product development: the first idea rarely becomes the final design. Testing, problem-solving, and iterative refinement are critical to creating technology that works as intended.

The experience strengthened his decision to pursue aerospace engineering and showed him that a professional engineering environment could also provide opportunities to use his creativity and interests.

Iker will return to the University of Arizona this fall while continuing to work part-time at FreeFall.

Outside of engineering, he is passionate about photography and particularly enjoys astrophotography..

Adam Esch

Adam Esch is a junior at the University of Arizona studying Electrical and Computer Engineering with a concentration in Computer Engineering.

 

This year, Adam continued work on software he previously helped develop for FreeFall’s ASU-AllSky and QLR-MATE projects, maintaining and adding features to code that controls and moves antenna systems. Returning to code he had written nearly a year earlier also taught him the importance of documentation, code cleanliness, and version control.

“In the courses I’ve taken, the content usually focused on theory and syntax, not on documenting and future-proofing the code you write.”

One of Adam’s favorite moments was seeing the MATE system he helped develop control and track eight stages at once after previously seeing his software operate only one or two. The experience also helped him see a potential career path in something he had already enjoyed doing on his own.

“I’ve been working on software very similar to what has gone into the projects here for years, just as a hobby. Seeing my hobby become an integral part of a product running out in the wild has been crazy.”

Adam will return to the University of Arizona this fall to continue his degree and explore potential research opportunities. Outside of school and work, he enjoys hardware/software projects and landscape photography.

At FreeFall Aerospace, students can contribute to real technologies, work alongside experienced engineers, participate in testing, learn from unexpected results, and see firsthand how aerospace systems move from an idea to something that can ultimately operate in the real world.

 

This year’s interns contributed across a wide range of disciplines, from reflector testing, optics, and mechanical design to software and hardware integration. Along the way, they gained something hard to replicate in a classroom: experience solving real engineering problems as part of a collaborative team.

For several of the interns, their work with FreeFall will continue as they return to their studies, giving them the opportunity to build academic knowledge and industry experience at the same time.

 

By creating meaningful opportunities for students to contribute alongside its team, FreeFall is helping strengthen the connection between Arizona’s universities and its aerospace industry while giving emerging engineers the opportunity to build technical skills, confidence, professional relationships, and a clearer picture of where their careers might take them.

 

We are grateful for the contributions of all five of this year’s interns and excited to see what they build next.

The post FreeFall Aerospace Interns Gain Hands-On Experience Building the Future of Space Technology appeared first on FreeFall Aerospace.

For four decades, SmallSat has united people from industry, government, and academia to investigate the technologies, partnerships, and ideas shaping the future of small satellite missions. This year’s conference will mark the 40th anniversary of those collaborations and highlight innovations leading to constellation success and the next generation of space capabilities.

We at FreeFall are proud to be taking part in that discussion.

Partnering with Arizona State University and the University of Arizona at SmallSat

At the conference, FreeFall will be working with Arizona State University in the booth, emphasizing Arizona’s increasing leadership in aerospace research, technology development, and commercialization.

University partnerships have always been a key element of FreeFall’s approach. By working with researchers, teachers, and students, FreeFall links outstanding academic research with practical industry knowledge and real space applications.

Attendees of the SmallSat event are invited to visit the ASU booth to connect with the FreeFall team, learn more about our current technology work, and discuss new possibilities in advanced satellite communications.

FreeFall’s collaboration with Arizona universities is helping move new aerospace technologies from research and development toward real-world applications, while supporting the next generation of engineers and space professionals.

FreeFall Technology Featured in Advanced Technologies Session

On Wednesday, August 26, at 11:30 a.m., Aman Chandra, PhD, a researcher at the University of Arizona, will give a presentation sharing information about FreeFall’s advanced inflatable antenna systems.

A Hybrid Architecture for Scalable High-Frequency Inflatable Reflectors for Small Satellites

Deployable, large-scale antenna apertures operating at millimeter and submillimeter-wave frequencies remain a formidable engineering challenge. Large apertures that can be reliably deployed and operated at frequencies above Ka-band and into the terahertz regime could enable high-capacity radio communications, high-resolution Earth observation from geostationary orbit, and multispectral microwave sounding from small satellites.

FreeFall Aerospace and the University of Arizona have developed technologies that improve the feasibility of inflatable reflectors at high frequencies, creating a scalable architecture and a pathway toward large apertures deployable from small satellites.

These advances could support higher data rates, improved communications performance, and greater mission flexibility while satisfying the stringent mass and volume constraints of small spacecraft.

The importance of these capabilities continues to grow across commercial, civil, and defense applications. As governments and defense agencies evaluate widely distributed satellite constellations and more resilient space-based communications systems, lightweight and scalable antenna technologies could enhance connectivity, increase mission adaptability, and enable reliable communications in contested, remote, or rapidly changing environments.

This presentation highlights the value of combining university research with industry expertise to address complex challenges in satellite communications and remote sensing.

Advancing SATCOM Through Arizona Collaboration

Arizona hosts a strong mix of research universities, aerospace and defense companies, experienced space professionals, and up-and-coming technical talent. FreeFall Aerospace works with universities throughout the state and assists in developing technologies with real-world potential.

These partnerships support ongoing innovation in satellite communications for missions including commercial connectivity, scientific research, Earth observation, emergency response, and national security.

Arizona’s space community can help develop communications technologies that are more adaptable, scalable, and resilient by combining academic research with engineering expertise and industry insight.

SmallSat 2026 offers a chance to showcase what can be achieved when Arizona’s academic, commercial, and defense communities come together. FreeFall’s partnership with ASU at the conference, along with our ongoing support for technology developed at the University of Arizona, demonstrates the power of statewide collaboration.

Connect with FreeFall at SmallSat

FreeFall looks forward to reuniting with industry colleagues, meeting new partners, and taking part in discussions about the future of small satellites and space-based communications.

Attending SmallSat 2026? Visit FreeFall Aerospace at the ASU booth and add the Advanced Technologies 3 presentation to your conference schedule.

40th Annual Small Satellite Conference

Salt Lake City, Utah
August 23–26, 2026
For more information, visit the Small Satellite Conference website.

Advanced Technologies 3 Presentation

“A Hybrid Architecture for Scalable High-Frequency Inflatable Reflectors for Small Satellites”
Aman Chandra, PhD
Wednesday, August 26 at 11:30 a.m.

Learn more about FreeFall’s university collaborations and advanced satellite communication technology.

The post FreeFall Aerospace Heads to SmallSat 2026 appeared first on FreeFall Aerospace.

The post FreeFall Aerospace at SATShow 2026: Advancing Ground Station and Defense Communications appeared first on FreeFall Aerospace.

In a recent announcement to Alliance members, Angel Smith, Executive Director of the SmallSat Alliance, welcomed FreeFall with the following message:

“We’re excited to announce that FreeFall Aerospace has joined the SmallSat Alliance! Their innovative approach to satellite communications and antenna design is a powerful addition to our growing community of industry leaders and visionaries.

Born from high-frequency radio astronomy research at the University of Arizona, FreeFall Aerospace brings a truly unique perspective to new-space innovation. Their lightweight, low-power, high-performance antenna systems—both in space and on the ground—are redefining what’s possible for smallsat connectivity.

As a proud new member of the Alliance, FreeFall is eager to support our shared mission to advance connectivity for commercial, government, and defense applications—from Earth to the Moon and beyond.”

FreeFall’s groundbreaking antenna technology—rooted in decades of academic research and refined through commercial and defense deployments—offers a game-changing solution for modern space missions. With steerable, scalable, and energy-efficient systems, FreeFall is helping bridge the gap between small satellite form factors and high-performance communications.

“We’re honored to be part of such a forward-thinking and mission-driven community,” said Doug Stetson, FreeFall’s Founder and Chief Strategy Officer. “The Alliance’s work aligns perfectly with our vision to ……”

As FreeFall becomes more actively involved in Alliance activities, the team looks forward to upcoming events, collaborations, and shared initiatives that further the goal of advancing space-based connectivity.

For more information or partnership inquiries, please contact info@freefallaerospace.com.

The post FreeFall joins the SmallSat Alliance appeared first on FreeFall Aerospace.

The post FreeFall introduces Dustin Blanchard as Vice President of Product Development appeared first on FreeFall Aerospace.

Reaching New Heights: FreeFall’s Antennas Integral to SmallSat Communications on CatSat Mission

FreeFall Aerospace has achieved a milestone with its innovative antenna systems, which are now operational on CatSat, a significant NASA CubeSat Launch Initiative project. Launched July 4th in partnership with the University of Arizona, the mission, led by Principal Investigator Dr. Walker and FreeFall Senior Engineer Dr. Aman Chandra, is a technological and educational demonstration. It comprises multiple FreeFall-designed antennas, each addressing unique mission needs.

We spoke with Terrance Pat, an RF Design Engineer, to learn more about FreeFall’s three unique antennas designed for CatSat.

Can you briefly describe each unique antenna that FreeFall designed for CatSat?

“The first, an inflatable X-band spherical antenna, enables rapid data downlink while demonstrating advanced inflatable antenna technology. The highlighted technology of the CatSat mission—This Mylar antenna, compactly stowed for launch, unfolds in orbit to provide a large, high-gain aperture that dramatically enhances data return.

The second is a patch antenna solution. We have two of these patch antennas onboard the spacecraft. One was designed for the X-band to serve as the backup downlink solution, and the other was intended for the C-band to act as a radio beacon to be detected by ham radio operators worldwide.

The third antenna developed by FreeFall is the HF whip antenna for the WSPR experiment, which utilizes amateur radio stations worldwide to study the conditions of the ionosphere and accomplish the mission’s pedagogical aspects.”

Were any novel engineering techniques or concepts applied to improve antenna performance?

“We had to carefully design the feed for the inflatable spherical high-gain antenna. We needed to account for how the RF electronics payload would be positioned concerning the reflector. Therefore, the line feed design was developed and rigorously optimized to minimize spherical aberration while considering the deployment’s payload positioning and mechanical aspects. Our access to the ANSYS HFSS software greatly aided this design work.”

FreeFall Aerospace’s 10GHz Patch Antenna

For the patch antenna, the challenge was developing a solution that produced circular polarization to maximize the spacecraft’s downlink capability regardless of how it was oriented with respect to the 6.1m ground stations dedicated to picking up X-band signals from CatSat. From a design standpoint, most work focused on optimizing the interactions between the internal structure inside the patch and external features designed to produce circular polarization. Again, the ANSYS software greatly aided in this design work.

The HF whip antenna had to be designed to cover all the bands that ham radio operators utilized with the WSPR protocol and network. Therefore, its length was critical for correct operation, and we utilized established amateur radio rules of thumb and engineering practices to complete the design work. Also, the design process involved constant communication between the RF and mechanical teams to account for the deployment’s electrical and mechanical aspects to minimize risk and unexpected outcomes.

In addition, FreeFall designed the physical structure of the HF whip antenna and deployer. At the same time, Rincon Research was responsible for developing the HF upconverter electronics to optimize the throughput and X-band downlink of WSPR data for post-processing and scientific dissemination of the WSPR ionosphere experimental results. Their contribution was crucial to the success of the CatSat mission.

What testing phases were critical to ensure each antenna would perform reliably in orbit?

The most crucial test phases for validating the antennas to work in orbit are thermal-vac, vibe, and shock. These rigorous tests ensure the resilience and reliability of the antennas in the harsh conditions of space, providing reassurance to all stakeholders.

CatSat Continues:

Operating in low-Earth orbit, CatSat orbits Earth 15 times daily, relaying high-definition imagery and conducting ionospheric studies. The mission, led by Principal Investigator Dr. Walker and FreeFall Senior Engineer Dr. Aman Chandra, is not just a technological feat but also an inspiring educational demonstration that we can all support.

The post FreeFall’s Antennas Integral to CatSat Mission appeared first on FreeFall Aerospace.

2024 Summer Interns

At FreeFall Aerospace, we are thrilled to introduce a vibrant and talented group of interns eager to contribute their fresh perspectives and enthusiasm to our innovative projects. Our internship program provides hands-on experience to students in our community.

This summer, we’ve welcomed four exceptional students from the University of Arizona and Arizona State University. Each intern is enthusiastic and ready to learn and contribute to our mission of developing cutting-edge antenna solutions.

 

Shae Henley, Jessica Gurney, Harlie Rios, and Nicolas Renaud

Shae Henley: Bridging Space and Communication Technologies

Shae Henley recently graduated from the University of Arizona with a bachelor’s degree in Aerospace Engineering and a minor in Astrobiology. As a graduate student, she is continuing her academic journey to complete her master’s degree in Aerospace Engineering. Shae was an advisor for NASA’s Arizona Space Grant and Resident Assistant in the Engineering Leadership Community. She held officer positions in the University of Arizona’s Society of Women Engineers and was the Director of Administration for the Engineering Student Council.

“I would like to get more experience developing and testing space and communications-based technologies and learn how to run astrodynamics simulations and calculate communications coverage models for satellites and other spacecraft,” Shae explains.

She received the USRA Distinguished Undergraduate 2023 Thomas R. McGetchin Memorial Scholarship Award and the Arizona Distinction Award. She was a Lillis Foundation Scholar from 2020-2024. In her free time, she enjoys hiking and rock climbing. By interning at FreeFall, Shae aims to gain valuable knowledge in RF technology, which will be instrumental in her future spacecraft projects.

 

Jessica Gurney: Navigating the Path Between Academia and Industry

Jessica Gurney, a senior at the University of Arizona, is pursuing a Bachelor’s degree in Astronomy. She is keen to understand the inner workings of a tech design company and evaluate her future career path.

“I hope to understand the inner workings of a tech design company to determine whether I want to continue to grad school to do research or jump into the industry to build sophisticated products,” says Jessica.

Jessica graduated with Honors in AIT military training. She is also passionate about writing and anything craft-related, including bookbinding. Her inquisitiveness and drive to explore both academic and industrial avenues make her internship at FreeFall a pivotal step in her career journey.

Nicolas Renaud: Aspiring RF Engineer

Nicolas Renaud is an Arizona State University senior majoring in Physics and Astrophysics at Barrett Honors College, having made it to the Dean’s List for the past three years. Renaud is an officer and member of the Society of Physics Students and a student researcher at the Interplanetary Initiative Lab. He has a clear goal of becoming an RF engineer.

Nicolas is eager to learn about antenna system designs and operations. His commitment to mastering the technical aspects of RF engineering aligns with FreeFall’s innovative projects, and we are confident in his potential to contribute significantly to our mission.

 

Harlie Rios: Exploring Engineering Frontiers

Harlie Rios is embarking on her journey as a freshman at the University of Arizona, W.A. Franke Honors College, with a dual focus on Biomedical and Mechanical Engineering. She was in the Model UN, Racing the Sun, Student Council, Kairos 294 Co-rector, Stem Ambassadors, Spanish Honors Society, and National Honor Society. Harlie earned the CAMUN Vocal Commendation Award and Catholic Schools Week Awards. She is enthusiastic about discovering engineering’s real-world applications and gaining hands-on experience.

“I hope to learn what an engineer does, get experience in the workforce, and work on some cool projects,” Harlie shares. “This experience will help me determine what I want to do in college and the future.”

In her spare time, she enjoys reading and community service. Her curiosity and eagerness to explore different facets of engineering make her a valuable addition.

 

We are confident that Harlie, Shae, Jessica, and Nicolas will bring a fresh perspective and valuable contributions to our team this summer. Their diverse backgrounds and ambitious goals hold immense promise for our projects, and we are excited to see the impact they will make. Welcome to FreeFall Aerospace!

The post Meet Our Summer Interns at FreeFall Aerospace appeared first on FreeFall Aerospace.

The post FreeFall Aerospace Celebrates Tucson Changemakers Grant appeared first on FreeFall Aerospace.

The Emerge Accelerator is a 12-week program to propel venture creation and accelerate technology transition. It brings together DoD mission partners and emerging technology teams. What sets the NSIN Emerge Accelerator apart is its focus on facilitating collaboration between cutting-edge companies and top research universities. FreeFall’s Aman Chandra, Ph.D., is not only a University of Arizona alum but also leads our effort in this accelerator as our Senior Engineer for Aerospace Systems R&D.

FreeFall looks forward to leveraging this opportunity to pursue federal and commercial markets and strengthen our capabilities for doing business with the federal government and private sector.

“This journey wouldn’t be possible without the support of our incredible team, partners, the University of Arizona, and the NSIN – National Security Innovation Network community. We are excited about the possibilities and committed to making a lasting impact in satellite communications.”- Julie Bonner, Director of Communications

NSIN Official Press Release

The Emerge Accelerator connects DoD mission partners with emerging technology teams and startups at our nation’s top research universities.

Cutting-edge companies will demonstrate how intellectual property from top research universities can be commercialized for dual-use, civilian, and military markets during the next cohort of National Security Innovation Network (NSIN)’s Emerge Accelerator program.

The 12-week program offers participants funding to accelerate venture creation and technology transition. The program also offers access to feedback, advisors, and potential partners from the DoD and private industry. While pursuing federal and commercial markets is highly encouraged, the NSIN Emerge Accelerator excels at providing new ventures with the tools necessary to do business with the federal government and the private sector.

13 companies representing 13 unique academic institutions were accepted into the 2024 NSIN Emerge Accelerator. The teams have reached a Technology Readiness Level(TRL) of 4 (validation in a relevant environment) or greater, and have a technology vertical focus on artificial intelligence/machine learning (AI/ML), deep tech, autonomy, cyber security, and other general technology solutions.

Meet the 2024 Emerge Accelerator Cohort

ARMADA Marine Robotics, Inc.

Academic Institution: Woods Hole Oceanographic Institution (WHOI)

ARMADA provides industry and the government with an innovative hardware platform and a cost-efficient operations model that will revolutionize in situ ocean monitoring at scale.

Covert Defenses

Academic Institution: Purdue University

Covert Defenses enables zero-downtime operation of industrial control systems in cyber-contested environments. Their solution allows for continuous operations, even if penetrated by an insider.

EMP Technology Solutions

Academic Institution: University of Texas at Dallas

EMP Technology Solutions has developed a system for radioisotope identification that is portable, scalable, modular, and network-compatible. Their system works quickly, detecting and identifying radioactive threats in about five seconds.

Fourier LLC

Academic Institution: Northeastern University

Fourier is commercializing the breakthrough platform technology of thermoformable technical ceramics. The company is bringing large-scale production to the manufacturing of technical ceramic parts for the first time.

FreeFall Aerospace, Inc.

Academic Institution: The University of Arizona

FreeFall Aerospace develops low-cost antennas for ground and space. The company’s flexible designs have dramatically lower maintenance needs, saving industry and the government time and money on sustainment operations.

L5vel Inc.

Academic Institution: Texas A&M University

L5vel is developing autonomy for all-terrain logistics. Its product, L5vel Prime, automates all-terrain forklifts.

MicroAvionics

Academic Institution: Harvard University

MicroAvionics is developing innovative levitation technology to enable flight in the mesosphere (50-100 km altitudes). The technology uses sunlight to generate thrust, eliminating the need for onboard fuel or power, offering a sustainable method to carry near-space payloads in a region that is inaccessible to conventional aircraft and satellites.

Mithril Technologies, Inc.

Academic Institution: Massachusetts Institute of Technology (MIT)

Mithril Technologies, Inc. is developing and commercializing a new type of space-based mesh reflector antenna using a unique electrostatic actuation technology invented at MIT to enable active beam focusing, shaping and steering. This active control allows flexibility in GEO satellite communications & jamming, signal intelligence, and space-based weather monitoring, with lighter & simpler structures than phased arrays.

ModiFly

Academic Institution: University of Texas at San Antonio

ModiFly offers an affordable drone networking solution with edge and cloud AI processing, supporting dynamic mission demands through plug-and-play modules.

Pi-Radio

Academic Institution: New York University

Pi-Radio builds software-defined radios (SDRs) that enable wireless systems prototypes for communications, sensing, and electronic warfare to be built quickly and affordably. Pi-Radio has been funded by the National Science Foundation (NSF) and Defense Advanced Research Projects Agency (DARPA) SBIR/STTR programs.

Refined Imaging LLC.

Academic Institution: Louisiana State University

Refined Imaging applies new X-ray and neutron imaging technology, along with key collaborators, to develop the secure supply chain.

SoloPulse Corp.

Academic Institution: Georgia Tech

SoloPulse unlocks sensing infrastructure without the need for new hardware. With the rise of autonomy, advanced threats, and the need for more intelligible data, SoloPulse offers the necessary solutions for fast, cost-effective, high-fidelity data from any existing sensor. By introducing the capability to see from any sensor, SoloPulse is changing how the world sees.

Spectrum Defense Systems

Academic Institutions: Purdue University and Ohio Northern University

Spectrum Defense Systems is a DoD-focused startup focused on providing electronic warfare decoy capabilities to the U.S Army. Its flagship product is the Dynamic Radio Emulator System (DRES).

About National Security Innovation Network

NSIN is a program office in the U.S. Department of Defense, nested within the Defense Innovation Unit (DIU). We are set up to collaborate with a wide variety of innovators to include universities, researchers, students, entrepreneurs and start-ups. We create opportunities for collaboration across communities and connect those that might not traditionally work in national security. Together, we help drive national security innovation and develop technologies that directly support the individuals responsible for protecting our country.

The post FreeFall Aerospace selected for NSIN Accelerator appeared first on FreeFall Aerospace.

The post Stellar Companies Make Tucson a True Space City: BizTucson appeared first on FreeFall Aerospace.