Small Sat or Bust
Velontra CEO, Robert Keane, returns to Small Satellite Conference in Utah.
University of Cincinnati’s Dean of Engineering, and Chief Innovation and Strategy Officer witnessed Bronco engine demonstration.
Go Bronco! Go Bearcats! Read More »
Velontra picked up new afterburner hardware made of nickel super alloy.
Afterburner Hardware Read More »
Velontra is proud to have hosted two midshipmen from the United States Naval Academy, Sam Anglen and Ethan Schneider.
Senator Brown Supporting Aerospace in the Birthplace Velontra recently had the pleasure of hosting Senator Sherrod Brown’s State Director, John Ryan, and Southwest Regional Director, Joyce Frazier-Powdrill. They took a tour of our test facility and witnessed a live engine demo. This visit was an important opportunity for us to display how Velontra is playing
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Featured in Forbes Velontra is accelerating quickly and literally. With VC funding and multiple government contracts, we have rapidly developed our unique hypersonic technology. The air-breathing propulsion system has been tested at our facility and now in the wind tunnel at Purdue University. The article below does a great job at highlighting some of our
Featured in Forbes Read More »
Velontra is building a hypersonic space plane that can takeoff from anywhere in any weather. This horizontal takeoff increases launch reliability and enables customers to directly access any orbit. Our air-breathing propulsion system is up to 6 times more fuel efficient than any rocket, and uses oxygen from the air which creates thousands of pounds
Velontra Hypersonic Space Plane Flies into Y-Combinator Read More »
Velontra is excited to be actively involved in the Ohio ecosystem. We are developing cutting edge hypersonic technology a few miles away from where the Wright brothers built the world’s first flying machine. We were very honored to be featured by TechOhio, the Voice of Ohio Third Frontier. Check out this awesome video and write
Birthplace of Aviation Read More »
Velontra is moving forward into the unknown, as we rapidly develop hypersonic propulsion and platforms. We are proud to announce that we are teamed with University of Missouri Kansas City to pursue research and development in hypersonics. Our ability to rapidly prototype, combined with UMKC’s subject matter expertise and facilities will accelerate our technology development.
Velontra’s CEO Rob Keane was honored to be invited on a podcast with Dr. Shepherd and Ryan Smith of Sinclair Community College. In keeping with the highest of Dayton traditions, Sinclair has aerospace programs focused on UAV’s. Velontra is excited to be collaborating with Sinclair as we develop unmanned hypersonic platforms. Here is the link
Velontra is accelerating and catching attention. We are excited to be featured in numerous articles and websites including Yahoo Finance and Market Watch. Velontra is developing attritable hypersonic technology more time and cost effectively than ever. As a VOSB we are warfighter owned, warfighter operated, and developing technology for fellow warfighters.
Velontra Gathers Speed Read More »
This is the Velontra team during a demonstration event held for businesses, research institutions, and investor partners. The event was a blast, thanks to all who came out to support it. The entrepreneur and science community is an incredible thing to be a part of. The ramjet prototype functioned well and allowed Velontra to highlight
Velontra successfully completed testing of one of the world’s smallest ramjets. A ramjet functions by using a platform’s velocity as a way to raise pressure without heavy and complicated turbo machinery. This has been used on aircraft like the SR-71. We developed a test facility to simulate the high pressure and temperature air that the
Velontra’s unique ability to prototype hypersonic components incredibly quickly hinges on a key enabling technology, additive manufacturing. Here is a picture of Velontra’s additively manufactured ramjet prototype. This design was created with 1 print job with 1 part!!! Additive manufacturing builds a prototype one small layer at a time. This allows it to be incredibly
This was an amazing and successful weekend with Velontra testing hardware. Velontra’s additively manufactured small-scale ramjet performed well. The test proved Velontra’s F.A.S.T. methodology and provided outstanding lessons learned to be utilized in further innovation of the design. It is great to be part of a VOSB developing and testing hypersonic technology from warfighters for
The B-52 is one of the oldest and longest running airplanes in the USAF fleet. It is pretty cool to see “BUFF” being used “literally” as a step-off point for hypersonic technology development. The B-52 will be used to launch early prototypes of this hypersonic missile. It is also great to the collaboration with the
The SR-71 and its propulsion system was a ground breaking project undertaken in the late 1950’s. The speed and efficiency Skunk Works developed and prototyped a new aircraft and propulsion system is incredible. It was a great partnership between an aerospace and a propulsion company. This is the power of American ingenuity and entrepreneurship. Ramjet
A swarm of unmanned, possibly hypersonic munitions will be a key component of the long range precision fire program. This will produce powerful tools for the Army and Marine Corps. This approach of using smaller non traditional contracts to innovate a … swarm … of possible prototypes is an excellent way to incentive novel ideas.
From the Wright Brothers Flyer to the X51, Ohio has been at the forefront of Aviation technology. It is exciting to see this substantial hypersonic contract awarded to a local business. The Air Force’s investment SBIR system continues to payFrom the Wright Brothers Flyer to the X51, Ohio has been at the forefront of Aviation
Birthplace of Aviation!!! Read More »
The current weapon’s race brings new challenges and focus areas along with some old ones. Speed has been a critical part of military technology since the first slingshot. Nothing is new here other than the magnitude, Hypersonic. However, achieving this speed in unmanned and highly autonomous systems is something new facilitated by modern computing and
21st Century Military Technology Read More »