Top Aerospace Startups in 2027

Echodyne Corp (echodyne.com) is building complete radar vision platforms as well as passive and active subsystems using our patented Metamaterial Electronically Scanning Array (MESA). Echodyne’s radar vision platform represents a new category of sensor technology – combining the all-weather, long-range, ground-truth measurement capabilities of radar with the high-resolution imaging capabilities normally associated with cameras or high-end LIDAR. Echodyneis a privately held company founded in 2014 to bring to market metamaterials-based radar products. Echodyne's investors include: Bill Gates, Madrona Venture Group, Vulcan Capital, Lux Capital, The Kresge Foundation, and others. The company is headquartered in Bellevue, WA.

Quidient's flagship product is a remarkable scene reconstruction and processing Engine. The Engine enables hundreds of transformational applications (Apps) in multiple industries. The Apps can be “thin” and programmed by client personnel, contractors or Quidient. Devices, systems and processes incorporating the QSP Engines and Apps are uniquely capable of capturing, analyzing and augmenting real objects and scenes of interest to our customers. Our customers include some of the largest brands on Earth, including a Fortune 100 Entertainment company (AR/VR App), a leading aerostructure manufacturer (Foreign Object Debris App) and a consortium of auto insurance companies (Automatic Visual Inspection of Vehicle Damage App).

On-demand aerial delivery platform for urban environments: end-to-end solution integrating the Matternet M2 Drone, the Matternet Station and the Matternet Cloud. We provide our platform as a service to healthcare, e-commerce and logistics organizations.

Starfish Space is a fast-growing space startup based in Seattle, Washington. We're focused on building the infrastructure to allow humanity to expand into and across space. As the first step in this journey, we've developed a servicing spacecraft called Otter, a small and versatile vehicle that will enable affordable and available satellite servicing for the first time in the history of the space industry. We launched our Otter Pup 2 demonstration mission in the summer of 2025 and we’ll be launching multiple additional satellites in the coming years, with our first three Otter missions under contract with NASA, the U.S. Space Force, and Intelsat. We have raised over $150M in venture capital funding to-date, and grown to a team of 90+.

LeoLabs™ is dedicated to protecting satellites in low Earth orbit (LEO) from collisions. The number of satellites in LEO is growing rapidly, and there is no reliable or responsive commercial service for tracking these satellites and the debris that threatens them. LEO is a shared, critical resource and responsible stewardship is important if we are to maintain its use. LeoLabs™ Tracking as a Service (TaaS) will address this need with a worldwide network of phased-array radars and a data analytics service that will address the shortcomings of current data sources by (a) tracking 10x more debris than is currently tracked and (b) rapidly responding to urgent customer requests. LeoLabs™ TaaS also includes other services - quickly tracking newly launched satellites, verifying deployments, verifying maneuvers, and troubleshooting satellite malfunctions.

Arieca manufactures a thermally conductive rubber (Thubber) composite that has a novel combination of properties: • Ultrasoft • Thermally conductive • Tear resistant The thermally conductive rubber (while being electrically insulating), “Thubber”, has the potential to revolutionize how heat is managed in personal computing, wearable devices, and other compact electronic technologies. Compared to existing thermal greases and pads, Thubber has a superior combination of high thermal conductivity, mechanical compliance, and resistance to fracture, tearing, or flaking. As a thermal interface material (TIM), it can rapidly transfer heat away from heat generating electronics and allow them to function over long durations without overheating or requiring reductions in speed or power consumption (i.e. throttling). Additionally Thubber can isolate sensitive electronics and avionic systems from mechanical vibration and shock with the ability to draw the heat away at the same time.

JetInsight's best-in-class quoting and fleet management software helps aircraft charter operators run and grow safer, more efficient, and more profitable businesses. We work with hundreds of operators across the US and are building the world's largest network of on-demand aircraft.

Lineaum's (lineaum.com) AI infrastructure layer automates private aviation from request to takeoff. Lineaum OS connects clients, brokers and operators through one transaction layer, automating aircraft sourcing, quoting, contracts, payments and booking across a global network of 30,000+ aircraft and 10,500 operators. • 30,000+ Aircraft • 10,500 Operators • 190 Countries • 12,000 Airports "LIN", Lineaum’s AI jet concierge assistant, turns hours of manual private jet booking into one command: “LIN, book me a jet to New York tomorrow at 8am.” LIN then handles everything from aircraft sourcing, price comparison to digital contracts, card payments, and booking in minutes.

Ornith Labs is a hybrid government/commercial research and development (R&D) team at Edgesource Corporation focused on national security and public safety missions in the world of "Counter UAS" (cUAS). Our solutions are used by companies and governments worldwide to keep civilian populations safe from the threat of weaponized commercial-grade drones. We recognize that the future of autonomous uniquity will create tremendous opportunity, but also unprecedented dangers. Our work seeks to mitigate those dangers by proactively anticipating and defeating emerging threats. You can read more about us here: dronelife.com/2022/12/14/counter-uas-technology-for-the-private-sector-edgeso…

Sea Machines is the self-driving boat company. We are improving the sailor's experience on water by making boating safer and easier. FOR TRADITIONAL MANNED VESSELS Our self-driving technology will be used to increase the safety of boating via autonomous self-navigating systems that keep sailors and their passengers out of harms way. Think of it as a very smart auto-pilot that has full control of the boat while avoiding all charted and dynamic obstacles. FOR THE NEW CLASS OF UNMANNED VESSELS The technology can also be used to control unmanned vessels from a remote location. We give the ability to operate a boat in an unmanned mode via direct joystick remote control or provide drive-by computer autonomy for local or over-the-horizon navigation. We are currently testing our fully driverless solution in Boston Harbor and we're looking for smart, ambitious people to help change a major segment of the transportation industry with cutting edge autonomous technology.