Top Aerospace Startups in 2026

HRL's scientists and engineers are on the leading edge of technology, conducting pioneering research, providing real-world technology solutions, and advancing the state of the art. We continue to be recognized as one of the world's premier physical science and engineering research laboratories.

AVX has developed a unique helicopter configuration – coaxial rotors and dual ducted fans – that combines proven technologies to achieve greater aerodynamic efficiency, speed, range, fuel efficiency, payload, ability to operate in hotter temperatures and at higher altitudes, and utility than conventional helicopters.

AeroVironment, Inc. designs, develops, produces and supports a portfolio of unmanned aircraft systems (UAS), supplied to organizations within the United States Department of Defense (DoD), charging systems for electric vehicle batteries and power cycling and test systems supplied to commercial and government customers. The Unmanned Aircraft Systems business segment focuses primarily on the design, development, production and support of UAS. The Efficient Energy Systems business segment focuses on the design, development, production and support of electric energy systems, which addresses the demand for clean transportation.

Lynk has proven the core technology that will allow everyone to stay connected everywhere using the existing mobile phone in their pocket. Lynk's patented service will provide connectivity to all existing, unmodified phones and cellular devices for the 90% of the planet that still has no cellular coverage. Lynk's service -- cell towers in space -- is 4 orders of magnitude lower cost than traditional ground based cell towers and represents a $400 Billion total addressable market in a $1 Trillion industry (mobile wireless.)

Smarter. Smaller. Sub-meter. American space-based radar for your defense, intelligence and analytics solutions. Umbra Lab is developing synthetic aperture radar (SAR) microsatellites to deliver sub-meter resolution imagery as a service. Our space-based radar can capture images day and night regardless of weather conditions, for delivery via an integrated web platform.

Hermeus is developing the world's first Mach 5 airliner. The design integrates existing technologies in a novel way, which keeps development costs low while providing a substantially better product than the status quo. New York to London in 90 minutes.

What is Robotic Imaging? Robotic Imaging is digitizing the world for intelligent design. We are wild about cyber-physical systems closing the gap between virtual and physical. How does Robotic Imaging work? Per scan request, we deploy robotic systems on your project. LiDAR, Drones, BIM and VR are foundational for our systems and applications. Download our app to begin digitizing your asset or hire us for super accurate reality modeling. How much does Robotic Imaging cost? The more accurate, the more time and cost. Our customers are ditching the site visits, paper, pads, stringline and tape measure for Robotic Imaging. Where and When is Robotic Imaging available? Our products and services are international. Scanning can occur 24/7, on weekends, outside hours of operation and/or under specific certifications or procedures. How did Robotic Imaging start? Founded in Philadelphia by Real Estate Developers and Technology Entrepreneurs. Reach out and connect with us: Mike Chawaga, Bill Zandi, Chris Diesh and Will Buzan How can I stay in touch? Subscribe to our newsletter. Follow us on Instagram or Youtube in our footer links. Reach out whenever.

Changing the way visual data is collected and analyzed, Percepto AIM is the only end-to-end inspection and monitoring software solution that fully automates visual data workflows, from capture to insights.

NDT.org is the leading industrial network and mobile software publisher dedicated to the multi-billion dollar worldwide inspection industry. NDT.org focuses on employment, product marketing, relationship management, and technology transfer. Industrial inspection spans the oil and gas, power generation, manufacturing, municipal infrastructure, chemical, and aerospace industries.

K2 Space develops satellite bus platforms designed for high-power and cost-efficient deployment across multiple orbits. Its platform supports up to ten satellites per launch and is built to withstand the conditions of medium and geostationary Earth orbits. The company integrates high-power electric propulsion systems to enhance satellite performance and scalability. K2 Space aims to expand production and internalize component manufacturing to meet the growing demand for satellite connectivity and computing.