About Us

About Our CEO

Carbon Composite Tech & Aerospace

40-year leader in high-end carbon composite vessels and aircraft innovation, with pioneering initiatives in marine and electric flight.

Industry Veteran & Aerospace Innovator in Carbon Composites and Electric Aircraft

A highly creative business manager. with 40 Years of experience in the manufacturing of carbon composite high-end vessels and aircraft.

Thour Auto Access. Cofounder & Director 1971 – 1985 2.2 million sports steering wheels for all car models. Aluminum casting and lamination, metal stamping, plastic injection molding, CNC machining, in addition to produce its own tooling with very advanced.

Equipment for the time. Caribbean Boat Co. Cofounder & Director 1986 – 2005. The first factory in Brazil to produce boats in epoxy-infused carbon fiber. Sold in 2005, after producing more than 1500 boats between 41 and 97 feet. AEA, LTD, Cofounder & Director Since 2007, formally started its collaborative effort to aggregate. The knowledge base is necessary to launch the Tornado Electric Aircraft Project.

Tornado Aircraft Manufacturing, Since 2010 started a project to create an electric-powered 6-seat carbon composite aircraft.

Ricardo V. Baptista

Founder and CEO

Our Value

Launching Careers, Elevating Dreams: Aviatora's Signature.

Our Mission

Our mission is to revolutionize regional air mobility by developing cutting-edge electric aircraft that prioritize safety, efficiency, and sustainability. We are committed to delivering innovative solutions that redefine the standards of aviation.

Our Vision

We envision a future where air travel is accessible, environmentally responsible, and seamlessly integrated into daily life. Hadron Aerospace aims to lead this transformation by pioneering advancements in electric aviation technology.

Our Value

Innovation: Continuously pushing the boundaries of aerospace technology to create groundbreaking solutions.

Safety: Ensuring the highest standards in design and operation to protect passengers and crew.

Sustainability: Developing eco-friendly aircraft that reduce environmental impact.

Collaboration: Fostering partnerships and teamwork to achieve shared goals.

Our Value Proposition

Their flagship aircraft—a 9-seat, pressurized, carbon-composite platform—is engineered for executive, commuter, and cargo missions. Combining hybrid-electric propulsion, fly-by-wire controls, and next-generation avionics, Hadron delivers unmatched performance, safety, and cost-efficiency.

With an estimated total operating cost of $85 per hour, the aircraft offers the lowest cost in its category. Its tallest cabin height among 6-seat aircraft enhances comfort and accessibility for various missions. The modular design allows for executive, cargo, and medical variants from a single certified platform. Powered by excellence, Hadron collaborates with industry leaders like Rolls-Royce, Honeywell, and Garmin.

Meet Our Team

A team of Experts

Cristiane Galli

Business Operations

Felix H. Cortez

Information Technology

Wilson Werle

Production Management

Jocelito C. Wildner

Production Management

Ramiro Berner

Investor Relations

Kevin Kek

Aircraft Design

Snorri Gudmundsson

Consultant

Company Timeline

Key milestones and progress toward aircraft development. aircraft development.

2015
Engineering and Design
We’ve started the process of aircraft design and engineering of a 6-9 passenger, pressurized, carbon-composite, electric aircraft in partnership with an international aerospace engineering organization.
2015
2018
Design Validation
We’ve partnered with Dr. Snorri Gudmundsson—chief aerodynamicist behind the award-winning Cirrus SF50 Vision Jet—to revalidate its design, reinforcing the company’s commitment to safety and innovation.
2018
2020
electric propulsion
Conducted a thorough feasibility study of electric propulsion systems. This involved evaluating electric motors, battery capacities, and analyzing industry benchmarks to inform our design and manufacturing strategy.
2020
2022
manufacturing devices
We have successfully designed and fabricated critical components, including custom molds and plugs, essential for our aircraft’s development. Fabrication of production devices for the two halves of the fuselage.
2022
2024
prototype fabrication
Carbon fabrication of the two halves of the fuselage Assembly of the parts of the fuselage and vertical tail Fuselage and vertical tail structure optimization of the electric propulsion Modification of the wing root to significantly increase safety, and consequently, a reduction of 2 knots in cruise speed
2024

Investors & Partnerships