Speedgoat

Real-Time Simulation & Testing Solutions for eVTOL Development

Speedgoat accelerates the design, testing, and certification of eVTOL systems with cutting-edge hardware-in-the-loop (HIL) and rapid control prototyping (RCP) platforms tightly integrated with Simulink® Real-Time™. Aerospace innovators rely on Speedgoat to validate flight control systems, hybrid-electric propulsion, power management, and battery systems under realistic, real-time conditions.

With dedicated workflows for flight controllers, BMS, autoflight systems, FADEC, and sensor fusion, Speedgoat enables engineers to simulate full aircraft behavior—including flap actuation, avionics protocols, and electrical loads—before physical prototypes are built. Their powerful real-time target machines and support for aerospace standards like DO-178C ensure that development stays compliant, efficient, and scalable.

From flight testing to virtual SIL labs, Speedgoat equips eVTOL teams with the tools needed to bring safe, intelligent aircraft to market faster—transforming how urban air mobility takes off.

Resin Formulators

Custom Epoxy Systems Engineered for eVTOL Performance

Resin Formulators, the custom formulation division of GracoRoberts, delivers high-performance epoxy resin systems tailored for the demanding structural, thermal, and electrical needs of eVTOL aircraft. Certified to AS9100 and ISO 9001:2015, they offer a full range of tested and approved materials—including structural adhesives, thermal interface compounds, flame-retardant syntactics, and electrically conductive pastes. With on-demand customization, expert support, and deep knowledge of regulatory and performance requirements, Resin Formulators is a trusted partner in advancing safe, certifiable, and scalable electric flight.

Schunk Group

Advanced Materials and Systems for Scalable eVTOL Development

The Schunk Group is a global leader in high-tech materials, automation, and e-mobility solutions—bringing proven expertise in electric drive systems, charging infrastructure, and lightweight engineering to the eVTOL industry. Their portfolio includes advanced carbon, ceramic, and sintered metal components that support efficient powertrain performance, thermal management, and structural lightweighting. Schunk also delivers automation solutions for electric motor manufacturing and scalable production. With deep experience in EV and aerospace-grade technologies, Schunk is a key enabler for the next generation of electric vertical flight.

AVL

Complete Testing & Simulation Solutions for eVTOL Electrification

AVL is a global leader in advanced testing, simulation, and engineering solutions for electric and hybrid aviation systems. Supporting the entire eVTOL development cycle, AVL delivers cutting-edge tools for testing electric propulsion, high-voltage batteries, fuel cells, and power electronics—alongside system integration and software regression testing via its AVL Copper Bird™ platform. With decades of experience in mobility innovation, AVL empowers eVTOL manufacturers to accelerate development, improve reliability, and meet certification targets with precision and speed.

Dewesoft

Integrated Testing Solutions for eVTOL Development and Certification

Dewesoft provides state-of-the-art data acquisition and analysis systems for comprehensive eVTOL testing—from structural integrity and electrical propulsion to NVH, flight control, and environmental validation. With flexible, high-speed DAQs and synchronized measurement across analog, digital, and bus data, Dewesoft enables precise testing at every stage of development. Their solutions support Iron Bird test benches, efficiency mapping, noise/vibration testing, wind tunnel validation, and power system analysis. Backed by award-winning software and a 7-year warranty, Dewesoft empowers eVTOL manufacturers to accelerate innovation with confidence, precision, and reliability.

Kaman Corporation

Advanced Bearings, Drive Systems & Titanium Hardening for High-Performance eVTOL Applications

Kaman Corporation, through its subsidiary Kamatics, supplies mission-critical components to the aerospace and eVTOL sectors—including advanced bearings, drive systems, and structural assemblies. Leveraging its proprietary Titanium Diffusion Hardening (TDH) process, Kaman enables the use of lightweight titanium in high-load, high-wear applications—boosting strength, wear resistance, and performance in demanding eVTOL environments. With over 55 years of aerospace expertise and a proven track record in rotorcraft innovation, Kaman is a trusted partner in pushing the limits of durability, efficiency, and material science for next-generation vertical flight.

VAC Magnetics

Magnetic Materials & Components for High-Performance eVTOL Propulsion

VAC is a global leader in advanced magnetic materials and components for next-generation electric motors and generators—critical to the success of eVTOL propulsion systems. With deep expertise in permanent magnets, cobalt-iron and nickel-iron alloys, lamination stacks, and custom rotor and stator assemblies, VAC enables lightweight, high-efficiency electric propulsion under the most demanding aerospace conditions. Their VACODYM® (NdFeB) and VACOMAX® (SmCo) magnet technologies offer superior energy density, thermal stability, and corrosion resistance—making them ideal for mission-critical e-flight applications. From materials science to final assembly, VAC offers a unique one-stop solution for electrified aviation.

Modern MRO

Precision Component MRO for Next-Generation Aircraft

Modern MRO specializes in the repair, testing, and support of high-performance components essential to eVTOL reliability and readiness. With deep expertise in fuel system components, hydraulic actuators, heat exchangers, and electromechanical assemblies, Modern MRO delivers fast, precise, and fully documented service tailored to the demands of emerging electric aviation platforms. Their advanced testing capabilities—including Instron-based fatigue analysis and precision load control—ensure every unit meets stringent operational standards. Whether supporting prototypes, heavy checks, or spares optimization, Modern MRO helps eVTOL operators stay airworthy, efficient, and on schedule.

Hexcel Corporation

Advanced Composite Materials for the Future of Urban Air Mobility

Hexcel is a global leader in advanced lightweight composites, powering the next generation of electric aviation with carbon fiber, prepregs, honeycomb, and engineered core materials. As a trusted partner to leading eVTOL innovators like Archer Aviation, Hexcel delivers aerospace-grade solutions that reduce weight, dampen noise, and enhance structural performance—key to enabling efficient, safe, and certifiable eVTOL aircraft. With deep experience in material certification and vertical integration from raw fiber to finished parts, Hexcel plays a pivotal role in making high-rate, energy-efficient eVTOL production a reality.

TE Connectivity

High-Performance Interconnect Solutions for eVTOL Aircraft

TE Connectivity delivers mission-critical interconnect technologies that power the electrification, control, and digital backbone of eVTOL platforms. With deep expertise in aerospace, automotive, and energy sectors, TE offers a broad portfolio of high-voltage connectors, lightweight wiring, optical networks, sensors, and contactors tailored to the unique SWaP (Size, Weight, and Power) demands of electric vertical takeoff and landing systems. From propulsion and power distribution to avionics, infotainment, and structural integration, TE’s scalable, high-bandwidth solutions help eVTOL manufacturers design safer, lighter, and more connected aircraft—ready for the next era of urban air mobility.

NUAIR

Accelerating Safe Integration of eVTOL and AAM into the National Airspace

NUAIR (Northeast UAS Airspace Integration Research Alliance) is a leading nonprofit organization advancing the safe integration of eVTOL and Advanced Air Mobility (AAM) technologies into national and global airspace systems. Backed by New York State and operating one of the most advanced 450-square-mile BVLOS test corridors in the U.S., NUAIR provides unmatched real-world validation, simulation environments, regulatory expertise, and vertiport planning services. From concept development to full-scale deployment, NUAIR helps eVTOL innovators navigate FAA certification, UTM integration, and operational readiness with confidence—empowering the future of next-generation air mobility.

NeoGraf Solutions

Advanced Thermal Management for eVTOL Battery Safety & Performance

NeoGraf Solutions is a global leader in graphite-based thermal management technologies critical to the safety, efficiency, and reliability of eVTOL aircraft. As battery-powered aviation platforms face increasing energy density demands, NeoGraf’s flexible graphite solutions address the industry’s most pressing challenge: heat.

Their lightweight, high-performance products—including eGraf® SpreaderShield™ heat spreaders and NeoNxGen™ materials—dissipate hot spots and mitigate thermal runaway risk in high-voltage battery systems. Additionally, GraFoil® GTB gaskets provide high-temperature sealing that withstands harsh operating conditions without compromising reusability.

Proven in EV and aerospace sectors, NeoGraf’s materials are already helping eVTOL developers enhance battery safety, extend pack life, and meet demanding regulatory standards—making them a trusted partner for next-generation aviation.

Piasecki Aircraft Corporation

Pioneering eVTOL & Hybrid Rotorcraft with Hydrogen and Compound VTOL Tech

Piasecki brings over six decades of innovation in vertical flight, transitioning from legacy helicopters to next-gen eVTOL platforms. Key offerings include:

• PA‑890 Slowed‑Rotor Compound eVTOL: A five-seat, full-electric design promising 50% lower operating costs, reduced noise, and zero emissions—paving the way for FAA Part 27 certification.

• HAXEL Hybrid‑Electric Coaxial Demonstrator: Converting a two-seat CoAX‑2D helicopter to hybrid-electric, using hydrogen fuel cells, marking a first step toward zero-emission vertical flight.

• ARES Tilt‑Duct VTOL UAS: A modular, multi-mission unmanned platform with successful tethered hover flights, funded by U.S. Air Force and Army initiatives.

• Rapid Prototyping & Certification Support: Leverages AS9100-certified rapid prototyping and flight testing, enabling efficient iteration from concept to airworthiness.

With deep roots in compound rotorcraft and hydrogen-electric propulsion, Piasecki combines technical heritage with forward-looking technologies—positioning them as a strategic partner for the eVTOL industry’s evolution.

Pivotal

Pivotal is shaping a niche in the eVTOL landscape by offering a low-barrier, personal aerial vehicle that merges fun, function, and future-forward design—pushing urban air mobility toward individual access and adventure.

Personal eVTOL Aircraft – Helix

• Design Focus: Simplicity, safety, and ease of use for a wide range of pilots.

• Configuration: Multirotor design with fixed rotors and no moving surfaces or tilting wings.

• Use Case: Intended primarily for private individuals seeking new forms of aerial mobility or adventure flying.

Autonomous and Assistive Flight Technology

• Offers semi-autonomous flight features to assist novice pilots and improve safety.

• Reduces the learning curve traditionally associated with piloting aircraft.

Lightweight and Efficient Design

• Uses lightweight composite materials and electric propulsion systems.

• Emphasizes energy efficiency and ease of handling, allowing operations from short runways or clearings.

FAA Part 103 Compliance

• The Helix is designed to comply with FAA’s Part 103 Ultralight Rules, meaning it can be flown without a traditional pilot’s license in the U.S.

• This opens the door to greater personal ownership and use, contributing to eVTOL ecosystem expansion.
  

Infrastructure-Lite Operation

• As a personal eVTOL, Helix does not rely on complex vertiport infrastructure.

• Can operate from small private properties or open fields, reducing barriers to adoption.
  

Bloomy

HIL Simulation & Validation Systems for eVTOL Flight Control & Battery Management

Bloomy is accelerating the development and certification of eVTOL aircraft with cutting-edge hardware-in-the-loop (HIL) test systems that validate flight control and energy management systems in real time.

Their eVTOL Integrated HIL Test System provides a repeatable, closed-loop environment to simulate control surfaces and battery behavior during all flight phases—forward, vertical, and transitional. By combining Bloomy’s powerful BS1200 battery simulator with platforms from NI, The MathWorks, and others, the system enables high-fidelity testing for system integration labs (SILs), significantly reducing cost, complexity, and time to market.

From digital transformation to certification readiness, Bloomy delivers proven tools for efficient, scalable testing of mission-critical eVTOL electronics—from tip to tail.

JL Mag USA

High-Performance Magnetic Materials for eVTOL Electric Propulsion Systems

JL MAG supports the electrification of next-generation eVTOL aircraft with advanced neodymium-iron-boron (NdFeB) permanent magnets that enable compact, high-efficiency propulsion.

As a trusted supplier to leading EV and industrial sectors, JL MAG’s high-performance magnetic materials deliver the torque density, energy efficiency, and thermal stability essential for eVTOL vertical lift, cruise, and hybrid-electric systems. Their lightweight solutions help optimize motor performance while reducing weight—directly supporting range, payload, and flight endurance.

With proven expertise in new energy vehicles, robotics, and high-tech manufacturing, JL MAG brings scalable, aerospace-grade magnet technology to the heart of eVTOL propulsion—powering the future of advanced air mobility.

Alakai Technologies

Alaka’i Technologies is a U.S.-based aerospace company developing an innovative hydrogen-powered eVTOL (electric Vertical Take-Off and Landing) aircraft called Skai. Their focus is on zero-emission air mobility, combining clean energy with VTOL capability for a variety of use cases.

Key Features of Alaka’i and the Skai Aircraft:

• Hydrogen Fuel Cell Power: Unlike most eVTOLs that use lithium-ion batteries, Skai uses hydrogen fuel cells for longer range, faster refueling, and reduced environmental impact.

• Range and Payload: Up to 4 hours of flight time, Approximately 400 miles range, Capable of carrying up to 1,000 pounds or five passengers.

• Use Cases: Urban air mobility (UAM), Emergency medical response, Cargo transport, Disaster relief, Rural and remote area transportation

• Design: Multirotor configuration with six rotors for lift and stability, Autonomous-ready flight control systems, Emphasis on safety, sustainability, and simplicity

• Sustainability: Zero emissions, Water vapor is the only byproduct of the hydrogen fuel system

MightyFly

To revolutionize logistics with end-to-end autonomous aerial delivery—faster, greener, and more scalable than ground-based transport. MightyFly is an autonomous cargo eVTOL (electric Vertical Take-Off and Landing) aircraft developer focused on automating middle-mile logistics with long-range, high-capacity delivery drones.

Key Aircraft Features

• Hybrid-electric eVTOL platform

• Vertical takeoff and landing (VTOL) with fixed-wing efficiency

• Up to 500 lb (227 kg) cargo capacity

• 600-mile range (965 km)

• Max speed of 150 mph (241 km/h)

• Autonomous flight and cargo operations

• Carbon-neutral delivery model

TORAY

Lightweight Composite Materials for High-Performance eVTOL Structures

Toray supports the eVTOL revolution with aerospace-grade thermoset and thermoplastic composite materials engineered to reduce weight, enhance structural integrity, and enable scalable manufacturing of electric aircraft.

With a proven legacy in aerospace and high-performance automotive, Toray’s materials empower the design of strong, lightweight airframes, propulsion housings, battery enclosures, and interior components—helping OEMs maximize range, payload, and efficiency. Their advanced fiber-reinforced solutions also provide noise-dampening and thermal resilience critical for urban air mobility.

From rotor blades and seat structures to lightning-strike protection and high-rate tooling, Toray delivers a comprehensive portfolio of materials that accelerate certification and production readiness—shaping the future of advanced air mobility with performance you can count on.

LifePort

Lightweight Interiors & Medical Mission Equipment for eVTOL Platforms

LifePort brings decades of aerospace expertise to the emerging eVTOL industry with advanced interior solutions, mission equipment, and lightweight composite structures tailored for urban air mobility applications.

Known for their work in air medical systems and VIP interior customization, LifePort offers modular, weight-optimized cabin solutions ideal for eVTOL air taxis and EMS aircraft. Their AeroSled® and AeroVac® systems, already proven in rotorcraft and fixed-wing platforms, are well-suited for electric aircraft requiring compact, high-performance equipment for critical care and rapid deployment.

Through the integration of Aeromatrix Composites, LifePort strengthens its offering of high-performance composite components—supporting eVTOL OEMs with scalable manufacturing, durability, and flight safety compliance.

Whether enhancing cabin comfort, enabling medevac operations, or reducing structural mass, LifePort delivers proven aerospace innovation to the next generation of vertical lift aircraft.

Hesse Mechatronics

Ultrasonic Wire Bonding & Cell Contacting Solutions for eVTOL Battery Systems

Hesse delivers advanced ultrasonic wire bonding and battery cell contacting systems that enable high-performance, reliable, and scalable battery packs for next-generation eVTOL aircraft.

Specializing in battery cell interconnection and precise voltage sensing, Hesse’s technology ensures robust electrical connectivity for Battery Management Systems (BMS/BMB), critical to safety and performance in eVTOL propulsion. Their ultrasonic bonding process creates strong, low-resistance joints ideal for high-voltage, high-power aviation battery architectures.

With proven solutions in electric mobility and energy storage, Hesse helps eVTOL developers accelerate production of lightweight, efficient, and thermally stable battery modules—supporting the electrification and certification of advanced air mobility platforms.

Doroni Aerospace

Bringing Personal Air Mobility to Life

Doroni Aerospace is pioneering the future of personal air mobility with its groundbreaking 2-seat eVTOL vehicle, the Doroni H1, designed to be flown by everyday users. Headquartered in Florida, Doroni is focused on delivering a safe, sustainable, and user-friendly alternative to traditional ground transport—aimed at reducing urban congestion and redefining how people move.

With over a decade of R&D, Doroni’s H1 features:

• VTOL capability for urban and suburban use

• Electric propulsion for zero-emission flight

• Advanced safety systems, including a whole-aircraft ballistic parachute
  Semi-autonomous flight controls, designed for accessibility and ease of piloting

What sets Doroni apart is its vision to make flying as practical as driving, offering a vehicle that can be stored in a standard two-car garage and flown with a Light Sport Aircraft (LSA) license. The H1 is currently undergoing testing and is expected to enter the market as one of the earliest consumer-ready eVTOLs.

By combining aerospace-grade engineering with automotive simplicity, Doroni Aerospace is helping democratize the skies—and taking a bold step toward everyday flying for the masses.

Oak Ridge National Laboratory

Advanced Battery Research for eVTOL Performance, Safety & Longevity

Oak Ridge National Laboratory is accelerating the development of next-generation battery technologies tailored for the unique demands of eVTOL aircraft. Focused on high-discharge, high-power requirements during vertical takeoff and landing, ORNL’s research is unlocking the chemistry and system-level innovations needed to ensure battery performance, durability, and safety under extreme conditions.

By simulating real eVTOL flight profiles, ORNL evaluates how different battery chemistries respond to stress, identifying degradation patterns and optimizing for extended cycle life. Their work spans beyond electrochemistry into materials science and battery system engineering—advancing the energy density, thermal stability, and reliability critical to safe, scalable urban air mobility.

With deep government and industry collaborations, ORNL is laying the foundation for high-performance, aviation-grade battery systems that will power the future of electric flight.

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The Soundcoat Company

Noise, Vibration & Thermal Management Solutions for eVTOL Aircraft

The Soundcoat Company supports the next generation of electric vertical takeoff and landing (eVTOL) aircraft with advanced noise, vibration, and thermal insulation technologies that enhance cabin comfort, operational safety, and community acceptance.

As eVTOL platforms push to deliver quieter, more efficient urban air mobility, Soundcoat provides aerospace-grade acoustic and damping solutions tailored to electric propulsion systems and lightweight structures. Their products mitigate engine noise, aerodynamic turbulence, and structural vibration—key contributors to passenger discomfort and urban noise pollution.

With AS9100:2016 certification and decades of experience in aerospace and aviation, Soundcoat collaborates with OEMs to meet strict industry standards while optimizing interior acoustic environments and thermal protection. From launch vehicles to rotorcraft to next-gen eVTOLs, Soundcoat helps reduce noise and elevate flight performance in the skies of tomorrow.

PTC

Digital Engineering & Lifecycle Solutions for eVTOL Development and Operations

PTC empowers eVTOL manufacturers to accelerate design, streamline certification, and enhance operational readiness with a powerful suite of aerospace-proven digital technologies. From concept to certification and beyond, PTC’s integrated CAD, PLM, ALM, and SLM solutions create a seamless digital thread that connects every stage of the eVTOL lifecycle.

Their platforms enable collaborative development of composite structures, electric propulsion systems, and autonomous flight software while supporting regulatory compliance (FAA, DO178C, DO254), variant management, and rigorous testing. With real-time traceability and model-based engineering, eVTOL developers can reduce cost, compress time-to-market, and deliver mission-ready aircraft for urban air mobility.

From digital twin environments to predictive maintenance and fleet support, PTC brings the agility and scalability needed to transform eVTOL from prototype to production—at the speed of innovation.

Tampa International Airport

A Launchpad for eVTOL Integration & Urban Air Mobility Innovation

Tampa International Airport (TPA) is leading the charge in integrating eVTOL and Advanced Air Mobility (AAM) technologies into the fabric of modern aviation. In partnership with Volocopter, TPA became the first major U.S. airport to host a successful crewed eVTOL demonstration flight, marking a historic milestone for Florida and the nation.

As part of its innovation-driven master plan, TPA has formed a dedicated AAM committee focused on infrastructure planning, regulatory alignment, and airspace integration to support safe, efficient eVTOL operations within the next 5–10 years. The airport is actively working with state, federal, and industry partners—including the FAA—to lay the groundwork for vertiports, flight corridors, and public engagement strategies.

By welcoming pioneering technologies and showcasing real-world eVTOL operations, Tampa International is positioning itself as a national model for urban air mobility readiness, enabling a quieter, greener, and more connected future of air travel.

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Ramco Systems

Digital MRO & ERP Solutions for the eVTOL Ecosystem

Ramco Systems is accelerating the adoption and operational readiness of eVTOL aircraft with next-gen aviation software that connects the entire lifecycle—from design and production to flight operations and predictive maintenance.

Tailored to the unique needs of electric vertical takeoff and landing platforms, Ramco’s Aviation ERP suite enables OEMs, operators, and MRO providers to manage manufacturing, supply chain, maintenance, and flight operations within a single, integrated platform. With advanced tools like AI-powered diagnostics, IoT-enabled monitoring, and predictive maintenance analytics, Ramco ensures eVTOLs remain airworthy, efficient, and safe throughout their operational lifecycle.

As the eVTOL sector shifts from prototype to scale, Ramco’s cloud-based, mobile-first solutions empower real-time decision-making, digital documentation, and regulatory compliance—supporting everything from autonomous UAS operations to hybrid helicopter-eVTOL fleet management.
By bridging aviation expertise with transformative IT, Ramco is helping shape the digital backbone of tomorrow’s urban air mobility.

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And Battery Aero

Aviation-Grade Lithium-Metal Batteries for eVTOL Flight Performance

And Battery Aero is pioneering next-generation lithium-metal battery technology purpose-built for the unique demands of eVTOL aircraft—where high power at takeoff and landing must be balanced with high energy for sustained cruise.

Founded by Carnegie Mellon battery scientist Venkat Viswanathan, the startup is developing aviation-specific cells that replace traditional graphite anodes with lithium metal, significantly reducing battery weight while achieving specific energy levels of 400 Wh/kg and specific power above 1 kW/kg—performance levels well beyond current automotive cells.

This dual emphasis on both power and energy—rather than sacrificing one for the other—is the basis for the company’s name: “And” Battery Aero. Their innovation enables longer range, improved payload capacity, and enhanced safety margins for electric vertical takeoff and landing aircraft.

With $11.9M in DOE grants and collaboration with 24M Technologies, And Battery Aero is rapidly moving toward commercialization—offering eVTOL developers custom cell designs optimized for airborne propulsion, not just repurposed EV packs. Their lithium-metal platform is set to play a pivotal role in unlocking safe, scalable, and sustainable urban air mobility.

Lyten

Lightweight Lithium-Sulfur Batteries for High-Performance eVTOL Propulsion

Lyten is redefining electric propulsion for eVTOL aircraft with its next-generation lithium-sulfur battery technology, engineered to deliver ultralight, high-energy storage critical for extended flight range, greater payload, and vertical takeoff performance.

Built on Lyten’s proprietary 3D Graphene™ platform, these cobalt-, nickel-, manganese-, and graphite-free batteries offer unmatched energy density, enhanced safety, and supply chain security—a game-changer for both commercial eVTOL manufacturers and defense applications.

With a new automated pilot production line and growing partnerships across urban air mobility, Lyten is enabling the scalable electrification of advanced air platforms. By minimizing weight and maximizing efficiency, Lyten’s lithium-sulfur chemistry unlocks longer missions, faster turnaround times, and lower environmental impact—powering the future of sustainable air transport.

Kistler Instrument Corp

Precision Measurement Technologies for eVTOL Ground and Flight Testing

Kistler supports the development and certification of eVTOL aircraft with industry-leading sensor and data acquisition solutions tailored to the unique demands of electric vertical lift systems. Backed by over 60 years of aerospace testing experience, Kistler’s advanced instrumentation ensures performance, safety, and structural integrity from prototype to operation.

Kistler provides a comprehensive portfolio of lightweight, high-sensitivity sensors for vibration analysis, structural health monitoring, and propulsion system validation in both ground-based and airborne test environments. Their technologies are ideal for testing electric motors, battery systems, flight loads, landing gear, and critical safety components.

From triaxial accelerometers to multi-component force sensors, Kistler enables:

• Real-time vibration monitoring of electric propulsion systems

• Thrust, torque, and reaction force measurements

• Battery thermal runaway and safety testing

• Payload stability and landing gear impact testing

• Zero-defect production monitoring with full traceability

With a proven track record supporting leaders like Airbus and DLR, Kistler delivers aerospace-grade testing solutions essential for advancing Advanced Air Mobility (AAM) certification and operational readiness.

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ANRA Technologies

Airspace Management Solutions for Safe eVTOL and AAM Operations

ANRA Technologies is shaping the future of eVTOL and Advanced Air Mobility (AAM) by delivering mission-critical airspace management software that enables the safe, scalable, and efficient integration of electric vertical aircraft into urban and regional environments.
As a Provider of Services for UAM (PSU), ANRA offers a modular and aircraft-agnostic platform built on microservices architecture that manages everything from mission planning and flight deconfliction to airspace authorization, tracking, and constraints management.
Their Vertiport Management System (VMS) delivers real-time monitoring and intelligent scheduling for vertiports, ensuring seamless coordination of autonomous and piloted eVTOL aircraft in both dense urban and remote settings.

Key capabilities include:

• End-to-end airspace coordination from takeoff to landing

• Adaptive scheduling for high-traffic vertiport environments

• Digital twinning and U-Space integration for complex urban airspaces

• Robust cybersecurity and compliance with aviation-grade data protection

• Real-time situational awareness for authorities and operators

Trusted in 15+ countries, ANRA’s interoperable solutions are aligned with evolving global regulations and empower the safe rollout of eVTOL operations—pioneering a smarter, more connected air mobility ecosystem.

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VARON

Integrated Urban Air Mobility Infrastructure for Scalable eVTOL Operations

Varon is pioneering a disruptive model for eVTOL transportation through a fully integrated urban air mobility (UAM) ecosystem, combining aircraft operations, vertiport infrastructure, and digital airspace management to enable fast, clean, and efficient aerial connectivity.

At the core of Varon’s solution is a three-part infrastructure: fleets of next-generation electric eVTOL aircraft from leading OEMs, purpose-built vertiports designed for rapid deployment, and virtual airspace corridors developed in coordination with aviation authorities. This approach enables high-frequency, low-altitude operations without the need for physical infrastructure between destinations.

Targeting critical markets—including tourism, public transit, logistics, medical response, and law enforcement—Varon’s system delivers socio-economic benefits while reducing ground congestion and emissions. By creating a scalable, aircraft-agnostic platform for regional and urban mobility, Varon is reshaping how people and goods move across underserved cities and regions.

Taylor Devices, Inc.

Advanced Shock Absorption and Landing Gear Solutions for eVTOL Aircraft

Taylor Devices delivers next-generation energy absorption systems tailored for eVTOL landing gear applications, providing robust, compact, and maintenance-free solutions that enhance safety, range, and payload capacity.

With over six decades of aerospace experience, Taylor Devices engineers custom landing gear shock absorbers and isolators specifically suited to the demands of electric vertical takeoff and landing aircraft. Their non-pressurized designs outperform conventional high-pressure systems with superior reliability, zero maintenance requirements, and exceptional performance across extreme temperature ranges.

Ideal for lightweight, compact eVTOL platforms, Taylor’s arresting and landing gear technologies reduce cost and complexity while improving operational safety and resilience—even in unmanned and autonomous configurations. Trusted across aerospace and defense, Taylor Devices empowers the future of advanced air mobility with shock management systems built for mission-critical reliability.

Skyway

Integrated Airspace and Vertiport Management Solutions for eVTOL Operations

Skyway is shaping the future of urban air mobility with comprehensive digital infrastructure and traffic management systems designed to safely scale eVTOL and drone operations in urban and regional environments.

As a leading Air Traffic Management Service Provider (ATMSP), Skyway delivers next-generation solutions for vertiport traffic control, airspace deconfliction, and real-time situational awareness through its Command Operations Center. Its Vertiport Management Systems (VMS) support seamless eVTOL parking, charging, storage, and maintenance operations—empowering safe and scalable deployments across cities.

With AI-driven routing, low-altitude weather analytics, and high-definition obstacle avoidance, Skyway’s Urban Air Traffic Management (UATM) platform ensures optimized flight planning, risk mitigation, and mission reliability. From infrastructure planning and simulation to sUAS mission control, Skyway provides an end-to-end digital ecosystem for the advanced air mobility revolution.

R-tek Thermal Solutions

Custom Thermal Management for eVTOL Electronics and Battery Systems

R-TEK provides specialized thermal interface materials and design support to meet the critical thermal management demands of eVTOL platforms, ensuring safety, performance, and reliability across battery systems, avionics, and power electronics.

As an independent thermal solutions provider, R-TEK partners with global suppliers and integrators to identify and deliver application-specific materials for managing heat in compact, high-power-density environments like eVTOL. Their offerings include polymer-based thermal pads, coatings, adhesives, and encapsulants tailored to support rapid prototyping, high-efficiency cooling, and robust environmental performance.

From pre-production engineering and global fulfillment to hands-on design assistance and fast-turn prototyping, R-TEK empowers eVTOL developers with flexible, cost-efficient thermal solutions that enhance performance and accelerate time to market—ensuring flight-critical components remain cool, compact, and compliant.

M4 Engineering

Digital Design & Analysis Expertise for eVTOL Aircraft Innovation

M4 Engineering is accelerating the development of eVTOL aircraft through advanced simulation, structural analysis, and conceptual design services. With deep aerospace engineering expertise, M4 plays a key role in crafting lighter, more efficient, and certifiable eVTOL airframes for the next generation of urban air mobility.

As a NASA University Leadership Initiative partner, M4 Engineering collaborates with top institutions to pioneer new methods for electric aircraft design, integrating multidisciplinary tools that optimize aerodynamics, structures, propulsion, and thermal systems.

From early-stage flight vehicle concepts to high-fidelity simulations and digital twin development, M4 delivers tailored solutions that help eVTOL manufacturers reduce development timelines, enhance performance, and meet regulatory and safety goals—enabling the future of clean, quiet, and connected air transport.

Advantech International

Precision Components & Sensing Systems for Next-Generation eVTOL Aircraft

AdvanTech International is enabling the evolution of eVTOL aircraft with advanced sensing technologies, structural fasteners, and thermal management solutions engineered for the demanding environments of urban air mobility. With a multi-industry legacy and aerospace-grade quality, AdvanTech delivers key components that enhance safety, performance, and reliability.

Supporting propulsion, navigation, and airframe integration, AdvanTech provides precision rotational position sensors, inertial measurement units (IMUs), and gyroscopes for accurate flight control, alongside high-efficiency battery cooling plates, heat sinks, and thermal materials to manage the heat loads of electric propulsion systems.

Through a global supply network and technical design assistance, AdvanTech enables eVTOL OEMs to optimize structures with lightweight fasteners, battery terminal pins, and custom cold-formed parts—reducing weight while maintaining durability and structural integrity.

By combining aerospace-proven technologies with flexible manufacturing capabilities, AdvanTech International helps accelerate the safe, efficient deployment of eVTOL platforms—advancing the future of connected, electric air mobility.

TRUMPF

TRUMPF – Enabling High-Performance Manufacturing for the eVTOL Revolution

As a global leader in industrial laser technology and additive manufacturing, TRUMPF is helping shape the future of eVTOL and advanced air mobility by delivering precision-driven solutions for the production and repair of critical aerospace components. From laser metal deposition (LMD) to laser powder bed fusion, TRUMPF offers the world’s only full portfolio of additive laser technologies from a single source—making it a trusted partner in aviation and aerospace manufacturing.

In the eVTOL sector, where lightweighting, performance, and reliability are paramount, TRUMPF’s technologies enable:

• High-precision repair and regeneration of turbine blades, housings, and compressor parts—extending component life and cutting costs by up to 90%.
  

• Additive production of complex, weight-optimized geometries that meet the rigorous standards of the aerospace industry.
  

• Laser-based cutting, welding, marking, drilling, and surface processing—all crucial for building robust, high-performance airframes and propulsion systems.

TRUMPF also brings its expertise in inductive material testing and heat treatment, offering non-destructive testing and thermal processing solutions that integrate seamlessly into aerospace production lines.

With a strong focus on sustainability and digitalization, TRUMPF empowers eVTOL manufacturers to reduce material waste, increase component longevity, and meet the demanding pace of innovation required in this fast-growing industry.

Theion

High-Energy Lithium-Sulfur Batteries for Next-Gen eVTOL Aircraft

Theion is transforming electric aviation with its next-generation lithium-sulfur battery technology, purpose-built for the demanding performance requirements of eVTOL aircraft. Offering up to three times the energy density of conventional lithium-ion cells, Theion’s solid-state solution enables longer range, greater payload capacity, and extended flight times for air taxis, cargo drones, and advanced air mobility platforms.

Engineered for faster charging and enhanced safety, Theion’s batteries mitigate issues like dendrite formation and thermal instability, addressing critical challenges in eVTOL operations. With a focus on lightweight materials and high specific energy, their technology supports more sustainable and scalable electrified flight.

Backed by a growing Berlin-based manufacturing footprint, Theion is accelerating the commercial readiness of its lithium-sulfur platform—powering the future of high-performance, zero-emission vertical lift with safe, high-capacity energy storage for the skies.

Simutech Group Inc

Simulation-Driven Propulsion & Energy Storage Innovation for eVTOL Aircraft
SimuTech Group empowers the eVTOL revolution through cutting-edge simulation technologies that accelerate the development of electric, hybrid, and hydrogen propulsion systems. As North America’s largest certified Ansys partner, SimuTech supports startups and OEMs in designing propulsion and energy storage systems that are lighter, quieter, cleaner, and safer.
By integrating multiphysics tools across structural, thermal, electromagnetic, and control domains, SimuTech enables:

• Electric drivetrain and motor optimization

• Thermal and EMI management for battery and fuel cell systems

• Vibration analysis and structural resilience under flight loads

• Embedded control system development and functional safety validation

From cryogenic hydrogen storage to high-power battery packs, SimuTech’s simulation expertise ensures eVTOL systems meet rigorous performance and certification standards—reducing physical prototyping, enhancing safety, and shortening time to market. With deep aerospace know-how and full-system modeling capabilities, SimuTech is a trusted innovation partner fueling the future of sustainable vertical flight.

Wingard

Precision Metal Components and Motor Cores for eVTOL Propulsion Systems

Wingard & Company supports the eVTOL industry with high-performance aerospace-grade components, specializing in precision metal stampings, electric motor laminations, and custom assemblies essential for propulsion, actuation, and onboard electrical systems.

With over 60 years of manufacturing expertise and AS9100D certification, Wingard delivers critical parts for electric vertical takeoff and landing (eVTOL) aircraft—including stator and rotor laminations, lightweight structural components, and high-magnetic-performance motor cores. These are tailored to meet the demanding weight, power, and reliability requirements of next-generation air mobility platforms.

Their in-house capabilities—from laser cutting and vacuum bonding to CNC machining and magnetic testing—enable rapid prototyping, tight tolerance control, and scalable production. As a trusted ITAR-approved supplier, Wingard plays a vital role in advancing safe, efficient, and electrified flight for urban and regional air mobility.

XFlier

Energy-Efficient eVTOL Design with Pivoting Wings and Enclosed Propulsion

XFlier is a next-generation electric vertical takeoff and landing (eVTOL) aircraft that reimagines flight efficiency, safety, and simplicity. Its patented configuration features pivoting, airfoil-shaped wings that transition into horizontal flight—dramatically extending range and reducing energy demands compared to traditional multi-rotor designs.

Four ducted fan nacelles, each housing dual counter-rotating motors, deliver enhanced thrust, safety, and redundancy—while eliminating exposed rotors. With no tail, rudder, or complex control surfaces, the XFlier’s X-wing layout reduces structural complexity and maintenance requirements.

Autonomous flight capabilities, dynamic battery balancing, obstacle detection, and a ballistic recovery system are standard, making XFlier a strong contender for both commercial and personal urban air mobility. Designed for over 300 miles of range and 150+ mph top speeds, the XFlier combines performance, safety, and futuristic aesthetics into a practical, scalable eVTOL solution for the skies ahead.

CAMP Systems

Maintenance & Compliance Management for the Emerging eVTOL Ecosystem

CAMP Systems, a leading provider of aviation maintenance tracking and engine health monitoring solutions, is poised to play a key role in supporting the operational integrity of the eVTOL sector as it scales toward commercialization.

With over five decades of experience managing airworthiness for fixed-wing and rotorcraft fleets, CAMP offers expertise in predictive maintenance, regulatory compliance, and aircraft health monitoring—all of which are critical to the safety and reliability of electric vertical takeoff and landing operations.

As eVTOL fleets grow, the demand for digital tools to track battery performance, electric motor wear, and mission-critical maintenance intervals will intensify. CAMP’s cloud-based systems and data analytics, combined with its strong OEM relationships, position it to expand into electric aviation—enabling eVTOL operators to reduce downtime, ensure regulatory compliance, and extend fleet lifespan.

By leveraging its trusted infrastructure, CAMP Systems can become a foundational player in the UAM ecosystem, offering scalable, aircraft-agnostic solutions that support the long-term safety and sustainability of advanced air mobility.