Nidec Aerospace is a leading force in the aerospace industry, formed through a strategic joint venture between Nidec Motor Corporation and Embraer that brings together unmatched expertise in electric motor technology and aviation. The company is at the cutting edge of developing high-performance, reliable, and safe Electric Propulsion Units for a broad range of aerospace applications. Its portfolio spans electric vertical take-off and landing aircraft, electric short take-off and landing aircraft, electric conventional take-off and landing aircraft, and multiple drone platforms.
MAC Air – A Miller Aerospace Company
From business jets to heavy-lift helicopters and drones, we help you choose, inspect, and operate the right aircraft for the job. Whether you’re building out a flight department, responding to emergencies, or flying utility lines, we bring the experience to keep things safe, efficient, and mission-ready. We are your strategic aviation partner. We handle everything from aircraft purchase and vendor selection to safety audits and flight crew training. Our team supports oil & gas, construction, corporate aviation, and disaster response—with real-world know-how and boots-on-the-ground experience. Need charter services? Building a drone program? Corporate Business Aviation?We’ve got you covered.
FlyticAI
FlyticAI is a Global Aviation Solutions and Services start-up focused on elevating Safety Systems and Flight Safety through open-sourced data, advanced AI, and a collaborative mindset.
Fenner Precision
As part of the Michelin Group, Fenner High-Tech Coated Fabrics, specializes in manufacturing made to order, elastomer coated materials and unreinforced sheeting for highly regulated industries like aerospace, transportation, industrial, medical, and defense where thermal management and wear management is required.
FAA Vertical Flight Aviation Safety Technologies (VFAST) Research Team
The mission of the FAA’s Rotorcraft/Vertical Flight Safety Research Team at the William J. Hughes Technical Center for Advanced Aerospace in Atlantic City, New Jersey is to combine advanced simulation techniques with innovative research to enhance the safety, security, efficiency, and functionality of current and future aircraft. Our team is comprised of dedicated aviation safety professionals with experience and expertise in rotorcraft, vertical lift, and eVTOL/urban air mobility.
Electra
Electra is redefining the future of Direct Aviation with the EL9 Ultra Short — a hybrid‑electric aircraft designed to take off and land in just 150 feet, operate quietly at 75 dBA, and carry nine passengers plus baggage with remarkable range and efficiency. Backed by a $15B+ backlog of over 2,200 LOIs and strategic investors like Lockheed Martin, Honeywell, and Safran, Electra is transforming how people connect by enabling fast, convenient point‑to‑point travel while cutting fuel burn by up to 40% on typical routes. With certification underway and first flight anticipated in 2027/28, Electra’s proven team and breakthrough blown‑lift technology are making the promise of ultra‑accessible regional aviation real. Visit us at Booth B8827 to see how the EL9 is reshaping what an airplane can do.
BLOOMY
Bloomy Controls, Inc., (BLOOMY) provides products and services for avionics real-time test, manufacturing functional test, battery test and simulation, as well as world-class NI LabVIEW, TestStand, and VeriStand application development. Typical applications include PCBA functional test; aerospace systems integration lab (SIL) data systems; avionics and battery hardware-in-the-loop (HIL) test; and rapid development of OEM software. These products and services exemplify the world’s best professional practices. Bloomy’s quality management system conforms to the ISO 9001:2015 standard. A National Instruments (NI) Platinum Partner, Bloomy set the industry standard in LabVIEW development best practices by publishing its internal development standards in The LabVIEW Style Book. | Bloomy Controls, Inc. ( BLOOMY® | www.bloomy.com ) provides automated test solutions for mission-critical and emerging applications which increase product safety, performance, and reliability while reducing cost. Our standardized solutions for battery test and simulation, LRU hardware-in-the-loop (HIL) validation, systems integration lab (SIL) as well as copper and iron bird testing help electric aircraft programs rapidly scale from R&D to verification, validation, integration, certification and production. BLOOMY partnered with NI to co-invent a transformative commercial, off-the-shelf (COTS) offering for LRU HIL validation testing that dramatically reduces lead time and cost for bringing a new SIL online. Our systems are widely used for integration testing of autonomous systems, engine, environmental, FADEC, flight control systems, propulsion, vehicle management, sensors, actuators, communications and more. BlOOMY’s battery cell simulators are the safe and efficient means of testing battery management systems (BMS) and other battery-sensitive systems for over a decade. The Battery Simulator 1200, 1201 and Advanced Battery Simulator 800 are fundamental building blocks of many turnkey battery HIL test systems. The 800V Cell Simulation Tower, comprised of more than 200 simulated cells, is a must for every eVTOL SIL or Copper Bird. BLOOMY’s products and services demonstrate the world’s best professional practices and the highest level of integrity for more than 30 years!
Bayards Helidecks & Helipads
Bayards Helidecks & Helipads USA Engineering Access. Enabling Operations. Saving Time When It Matters Most. Bayards Helidecks & Helipads USA designs, engineers, manufactures, and installs aluminum helicopter helidecks and helipads for offshore platforms, wind substations, hospitals, and onshore facilities across the United States. With a long-standing operational presence in the U.S. market, we support American operators, healthcare providers, architects, and contractors with FAA-aligned, ICAO-compliant helicopter landing solutions built for performance, safety, and longevity. Built for Impact Maximum Uptime Our lightweight, corrosion-resistant aluminum systems are engineered for 24/7, year-round operations, reducing downtime, minimizing maintenance, and ensuring reliable access when every second counts. Future-Proof Hospital Access Designed to integrate seamlessly with existing structures, our hospital helipads typically eliminate the need for major structural reinforcements, protecting project budgets while delivering 40+ years of operational reliability. Proven Global Expertise, Applied Locally With more than 720 helicopter landing platforms delivered worldwide, Bayards brings deep technical knowledge and regulatory experience to every U.S. project, helping clients navigate compliance efficiently and confidently. Precision Manufacturing, Predictable Results Our privately owned, state-of-the-art manufacturing facilities enable high-quality aluminum structures delivered as optimized assembly systems. The result is faster installation, reduced on-site risk, and consistent performance. Integrated Safety & Advanced Outfitting From lighting and firefighting systems to winterization and access solutions, our advanced outfitting enhances operational safety and expands the usable weather window, protecting crews, patients, and flight teams. The Complete Solution From tailored design and advanced engineering to manufacturing and seamless installation or on-site supervision, Bayards delivers a fully integrated approach. We take responsibility for the entire lifecycle so our clients can focus on operations, not coordination.
Advanced Rotorcraft Technology, Inc.
ART is an aerospace consulting firm specializing in rotorcraft engineering solutions and simulation. Products include the FLIGHTLAB Development System, a simulation modeling and analysis tool; VVPM, a high fidelity rotor/wing wake modeling tool; FLAT, an acoustic modeling tool; and the FLIGHTLAB Run-time System, a distributed run-time environment for interfacing FLIGHTLAB models to simulator systems. ART offers consulting services including simulation model development and integration for engineering and research labs, full flight training devices, and simulators; accident investigation; and support for the design and development of rotorcraft and commercial multi-rotor eVTOL advanced air mobility (AAM) aircraft systems. ART has worked with the U.S. Army to develop the Rotorcraft Comprehensive Analysis System (RCAS) and provides ongoing support and enhancement of RCAS under an Army Cooperative Research and Development Agreement. ART also provides a graphical interface to RCAS (GRCAS) as a commercial product. ART is supporting development of the next generation of rotorcraft and eVTOL designs using RCAS and GRCAS.