Inside Velontra's Hypersonic Engine Test Firing: The Future of Space Travel

Imagine a world where space travel is not only accessible but also cost-effective, reliable, and weather-independent. Velontra, a groundbreaking aerospace startup based just a few miles north of Cincinnati, is making this vision a reality.

Today I had the privilege of attending a test firing of their hypersonic space engine, and the experience was nothing short of awe-inspiring. Velontra is a member of Cintrifuse, the greater Cincinnati startup catalyst I lead. Here's the quick elevator pitch of the business by Rob Keane, Velontra CEO and founder.

The Problem

According to Rob, traditional rocket-based launches have long been plagued by several challenges that hinder the progress of satellite companies and impede the growth of the space industry. These problems include exorbitant costs, frequent launch cancellations, lengthy lead times, and the inability to launch satellites into their desired orbits. The time has come for a transformative solution that can overcome these obstacles and propel space travel into the future.

The Solution

Velontra's innovative approach centers around the development of a hypersonic space plane that can perform horizontal takeoffs, increasing launch reliability and granting direct access to any orbit. By utilizing an air-breathing propulsion system, Velontra's technology proves to be up to six times more fuel-efficient than traditional rockets. Furthermore, their system harnesses oxygen from the air, enabling the creation of thousands of pounds of additional payload capacity.

Velontra's technology progression follows a clearly defined path, consisting of four key stages:

1. Propulsion System
2. Supersonic UAV
3. Hypersonic UAV
4. Space Plane for Low Earth Orbit

The Hypersonic Space Plane

At the heart of Velontra's breakthrough lies the hypersonic space plane. The plane takes off from any runway, propelled by a jet propulsion system.

Once airborne, it climbs to an impressive altitude of over 100,000 feet, reaching a speed of Mach 5. At this critical point, the space plane launches a second-stage rocket directly into the desired Low Earth Orbit, unlocking new possibilities for satellite deployment and space exploration.

Ohio & Greater Cincinnati's Aerospace Tradition

Ohio's aerospace tradition runs deep, with a legacy that can be traced back to the pioneering work of the Wright brothers. Born and raised in Ohio, Orville and Wilbur Wright conducted their groundbreaking experiments in Dayton, laying the foundation for modern aviation. Their ingenuity and passion for flight set the stage for Ohio's continued contributions to the aerospace industry.

Notably, Ohio is also home to one of the most iconic figures in space exploration: Neil Armstrong. Hailing from Wapakoneta, Ohio, Armstrong made history as the first person to set foot on the moon during the Apollo 11 mission. His remarkable achievement symbolizes the state's profound connection to space exploration and its commitment to pushing the boundaries of human knowledge.

Within Ohio's aerospace landscape, the University of Cincinnati's aerospace division stands out as a renowned institution. With a focus on engineering education, the division has nurtured countless talented individuals who have made significant contributions to the aerospace industry.

Led by Dean John Widener, who attended the demo along with Chief Innovation and Strategy Officer Ryan Hays, the division has consistently fostered innovation and produced skilled professionals at the forefront of aerospace research and development.

Miami University in Oxford, Ohio, provides a vibrant academic environment for students to explore and excel in the field of aerospace, offering rigorous programs and opportunities for research and innovation.

Great afternoon. Be sure to check out.