Collinear Group

Certification Strategy & Regulatory Readiness for eVTOL Innovation

Collinear Group is a leading aviation consultancy advancing regulatory strategy and certification readiness for next-generation aircraft. As a champion of Honeywell Aerospace Technologies’ Regulatory Readiness Level (RRL) framework, Collinear helps eVTOL developers navigate the complex path to type certification with greater clarity, structure, and transparency. By aligning stakeholders around standardized certification milestones, Collinear enables faster regulatory engagement, improved risk management, and stronger investor confidence. With deep expertise in airworthiness, compliance, and program lifecycle management, Collinear Group is shaping the future of aviation certification for the eVTOL era.

Amphenol Aerospace

High-Power Interconnect Solutions for Next-Gen eVTOL Systems

As urban air mobility rapidly evolves, Amphenol Aerospace provides mission-critical interconnect technologies to power the future of eVTOL aircraft. With decades of aerospace leadership, Amphenol delivers high-voltage, high-current connectors designed to meet the unique challenges of electric flight—including altitude resilience, EMI protection, and SWaP optimization.

Their portfolio includes 38999 high-voltage connectors rated up to 1500 VDC at 50,000 feet, customizable High Power 5015 connectors, and the Voltarius™ interconnect system for fast-charging and propulsion applications. Supporting advanced eVTOL platforms like those from Joby and Archer, Amphenol is helping manufacturers accelerate toward FAA certification and commercial launch. When reliability, power density, and safety matter most—Amphenol connects the future of flight.

The Partner Companies (TPC)

Precision Manufacturing for Flight Innovation

The Partner Companies (TPC) is a global network of specialty manufacturers based in Chicago with operations in the U.S., Wales, and China. Since its founding in 1997, TPC has grown into a consortium of companies (E‑Fab, Elcon Precision, Fotofab, L&T Precision, Lattice Materials, Microphoto, Optiforms, PEI, Pinnacle Precision Metal, UPG) focused on producing precise thin‑metal parts, components, and custom assemblies. Their clients span aerospace, defense, medical, clean energy, telecom and other high‑technology sectors.

For eVTOL developers and operators, every gram, every millimeter, and every thermal or mechanical property matters. TPC’s capabilities include photochemical etching, thin metal forming, ceramic metallization, optical electroforming, precision welding, injection molding, CNC machining, and tight‑tolerance assemblies. These are the kinds of parts used in battery housing panels, cooling fins, sensor housings, optical components, fuselage internal fittings, electronic enclosures, and structural sub‑assemblies. Their network allows scaling from prototypes to production while upholding aerospace quality requirements.

As eVTOL aircraft transition from design studies and flight testing into certification and commercial operations, the demand for precision parts—lightweight, high‑integrity, repeatable, certifiable—rises steeply. TPC’s network provides a trusted supply chain backbone for manufacturers who need specialty metal and composite/metal hybrid parts with fast turnarounds and strict quality control. Their ability to handle both small, delicate optical or thin components, and robust mechanical assemblies, gives eVTOL companies a partner to deal with complexity across multiple subsystems.

Zund 

Precision Digital Cutting & Automation for eVTOL Composite Fabrication

Zund is a Swiss‑based leader in digital cutting systems, with a strong presence in North America through Zund America, Inc. Their product line includes flatbed cutters, modular tools, registration and material‑handling systems, accessories, and software designed to support a wide variety of materials — including fiber‑reinforced composites, technical textiles, plastics, aluminum, and more. Their cutters and modules allow precise routing, cutting, notching, marking, and laser/sealing operations.

Beyond hardware, Zünd offers robust software tools (e.g., Zund Cut Center, Connect, PreCut Center) that orchestrate job prep, automation, material handling, and production monitoring. These tools help optimize nesting, reduce manual setup, standardize material parameters, and shorten lead times—key enablers for aerospace and eVTOL manufacturers who must deal with complex composite layups and tight production tolerances.

In collaboration with Loop Technology, Zund recently launched their largest cutter ever matched with Loop’s FibreLINE system to automate the preforming of composite aerostructures. This partnership aims to deliver higher ply accuracy, less waste (for example, reducing stray fibers), faster cutting, and scalable production rates—capabilities that directly address some of the most significant manufacturing challenges in eVTOL: light weight, structural performance, and assembly repeatability.

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.

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.

Aircraft Extrusion Company

Essential Aluminum Extrusions Powering eVTOL Structural Fabrication

Located in Chico, California, Aircraft Extrusion Company is a leading provider of aerospace-grade aluminum extrusions. Specializing in alloys such as 2024, 6061, and 7075, Aircraft Extrusion supplies standard and custom profiles—including seat tracks, aircraft tubes, and complex structural shapes—to designers, OEMs, maintenance facilities, and production shops across aviation sectors.

Aircraft Extrusion offers one of the industry’s most extensive databases, with over 40,000 cross-referenced part numbers from legacy catalogs like Tiernay Metals, plus more than 2,000 items in stock across multiple alloys. Their manufacturing and inspection protocols are built around excellence—ISO 9001:2015 and AS9100 D-certified quality systems, CNC metrology, Statistical Process Control, and ultra-durable packaging ensure parts meet aerospace-grade reliability and traceability.

As eVTOL platforms advance from prototypes to production, the need for lightweight, high-strength structural materials grows exponentially. Aircraft Extrusion enables fast turnaround for critical components—from fuselage stringers and internal framing to landing gear assemblies—critical in maintaining development momentum. Their rapid quote system, responsive technical support, and supply chain integrity make Aircraft Extrusion a vital enabler for eVTOL manufacturers targeting certification benchmarks and production ramp-up.

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.

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.
  

Quantum3D

Immersive Simulation & Training Platforms for eVTOL Readiness

Bringing High-Fidelity eVTOL Training to Life
Quantum3D specializes in simulation, visualization, and training tools for aerospace, defense, and advanced air mobility markets. Among its offerings are flight simulators (fixed‑wing, rotary‑wing, UAV, and eVTOL), mixed‑reality visual systems, and turnkey image generation hardware/software platforms.

Essential Tools for eVTOL Pilot & Operational Training
For the eVTOL community, the need for safe, scalable pilot training and operational readiness is paramount. Quantum3D delivers that via immersive simulators that replicate cockpit handling, emergency scenarios, vertiport environments, and flight transitions. Their Mixed Reality Flight Simulator System, for example, combines high‑fidelity visuals (through their MANTIS image generation software) with hardware such as the Independence IDX series image generators to give pilots training tools that mirror real‑world flight behaviour. 

Synthetic Environments & Real‑World Terrain Fidelity
Quantum3D also provides geo‑specific synthetic environments — terrain, vertiports, landmarks, and urban environments — enabling simulation of flight along realistic corridors. This visual fidelity matters not just for pilot training but also for route planning, airspace integration, and validating system behaviour (navigation, sensors, approach, descent) under realistic conditions. Their software modules like CatalystSE, GeoScapeSE, and their custom visual database tools support these needs. 

As eVTOL aircraft move from prototype to certification and commercial deployment, safe, repeatable training and verification become non‑negotiable. Quantum3D offers scalable solutions for flight test training, pilot qualification, vertiport operations, and mission rehearsal. Their image generation fidelity, mixed‑reality setups, and simulation platforms reduce risk, reduce the cost of live training, and accelerate readiness. For participants at the eVTOL SHOW Conference, USA, Quantum3D represents both the software/hardware backbone for immersive training systems and a partner helping ensure the human, operational, and environmental safety needed for tomorrow’s vertical flight.

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.

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.

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.

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.

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.

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.

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.

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.

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.

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.

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.

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.

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.

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.

Technology Marketing Inc.

Composite Materials Enabler for eVTOL Manufacturing

Technology Marketing Inc. has built its reputation as a premier distributor and manufacturer of advanced fiber-reinforced composite materials for aerospace and high-performance industries. Serving sectors that demand ultra-lightweight and high-strength structures, TMI offers a broad catalog—including tooling materials, resin systems, woven reinforcements, prepregs, structural foam core, mold releases, elastomers, abrasives, and process accessories—tailored to precision composite fabrication.

As the eVTOL industry accelerates toward certification and scaled production, materials consistency and structural performance are mission-critical. TMI delivers the essential composite constituents—resins, reinforcements, adhesives, tooling aids—that underpin high-rate manufacturing of battery enclosures, fuselage skins, rotor blades, interior components, and structural frames. Their ISO-certified quality systems and decades of materials expertise ensure reliability in aerospace-grade fabrication processes.

Beyond distribution, TMI has extended its technical footprint through partnerships like the exclusive North American distribution of digital vacuum sensors (VacPuc), enhancing composite layup quality and process control in advanced manufacturing environments. Additionally, TMI expanded its manufacturing breadth by acquiring the intellectual property of SR Composites’ Sprayomer technology—further enabling scalable, high-performance composite applications.

Technology Marketing Inc. bridges innovative material suppliers and aerospace OEMs by providing expert guidance, tooling materials, and process optimization support tailored to the unique needs of advanced air mobility. With its deep roots in aerospace composite supply chains, TMI supports eVTOL manufacturers in achieving the structural integrity, manufacturability, and lightweight precision essential for the next generation of electric aircraft.

L&L Products

Advanced Material Solutions for Next-Gen Mobility

L&L Products is a global leader in material science and engineering solutions, specializing in static sealing, acoustic management, vibration reduction, structural reinforcement, and composite technologies. With over six decades of experience and a presence in more than 30 countries, L&L serves industries where performance, safety, and innovation intersect—including aerospace, automotive, and electric mobility.

Enabling Lightweight, Quiet, and Resilient eVTOL Design
For the eVTOL sector, L&L delivers lightweight composite reinforcements, structural bonding adhesives, and acoustic solutions that enhance aircraft integrity and passenger comfort. Their Continuous Composite Systems™ (CCS™) and Composite Body Solutions™ (CBS™) offer significant weight savings and structural rigidity, while DECI-TEX® acoustic fiber systems and advanced sealing technologies help ensure a quiet, sealed, and efficient cabin experience—critical for urban air mobility.

L&L Products combines material expertise with advanced engineering to help eVTOL manufacturers solve complex design and manufacturing challenges. With technologies designed for multi-material bonding, vibration isolation, and scalable robotic application, L&L supports the industry’s push toward safer, lighter, and more sustainable air vehicles. As the eVTOL landscape takes flight, L&L stands ready as a trusted innovation partner.

CR Flight

High‑Performance Propulsion Systems for eVTOL Platforms

CR Flight, based in Woodside, California, engineers advanced electric propulsion systems tailored for drone, UAV, and eVTOL markets. Their signature offering, eVector™, is a patented counter-rotating propulsion architecture that enables a single motor to independently drive two propellers in opposite directions. This design leverages reactive forces for dramatic gains in thrust, torque balance, and cooling—all within a single, plug-and-play unit.

eVector systems increase continuous thrust by up to 100% and boost efficiency by 30–50%, translating into significantly longer flight durations and improved lift capacity—critical for heavy-lift UAVs and crewed eVTOL operations. Because the dual propellers run at lower RPMs, thermal load is minimized, eliminating the need for external cooling and enabling quieter operation—key for urban air mobility applications where noise, endurance, and reliability are vital.

CR Flight offers more than just propulsion hardware—they deliver an integrated solution backed by U.S.-based engineering support and global logistics via partner Vector Technics. Their standard BLDC motors and eVector™ variants are already field-tested across UAV and eVTOL pilot platforms, cargo drones, and industrial robotics. CR Flight’s scalable propulsion portfolio is a compelling fit for eVTOL OEMs seeking performance, durability, and simplicity in propulsion integration

UTAC

Testing, Certification & Engineering Foundation for eVTOL Readiness

UTAC is a global leader in mobility testing and certification, with a heritage going back nearly a century. Their capabilities span vehicle & component testing, active and passive safety, emissions, acoustics, EMC/electromagnetic compatibility, and durability. These services are focused on ensuring that mobility systems — especially new electric propulsion, battery, and hybrid technologies — meet stringent regulatory and performance standards.

For the eVTOL community, UTAC’s “Cleaner” category of services helps validate alternative propulsion systems, powertrain electrification, sustainable certification, and ensures alignment with emissions or environmental standards. Their “Regulations” and “Certification & Homologation” activities help aircraft, component, and infrastructure developers navigate compliance in multiple jurisdictions — a crucial element for airworthiness and market access. 

UTAC maintains advanced test tracks and proving grounds in Europe, North America, and elsewhere to simulate real‑world conditions — extreme weather, vibration, noise, reliability, and endurance. Their digital, connected mobility, and simulation services also support systems integration, sensor performance, and autonomous flight features. Together, these capabilities allow eVTOL manufacturers to validate designs, iterate rapidly, and assure safety in operationally realistic conditions.

American Skyport

Multimodal Skybridge Infrastructure for eVTOL & Air Taxi Networks

American Skyport, LLC is pioneering a multimodal transportation model—what they call the “Skybridge”—that integrates electric vertical take‑off and landing (eVTOL) air routes with ground mobility services like ride‑hailing and last‑mile connections. Their vision aims to create high-speed, low-emission corridors connecting city centers, suburbs, and rural areas via eVTOL operations paired with interoperable land transport systems.

Essential to their ecosystem is a robust energy backbone that powers both eVTOLs and electric vehicles. American Skyport provides advanced, renewable-based charging infrastructure tailored to aerial and terrestrial electric vehicles, ensuring scalable and efficient energy delivery for growing mobility networks. Additionally, they leverage purchasing scale and manufacturer partnerships to offer competitive access to eVTOL sales—making personal aerial transport more accessible.

American Skyport also collaborates with agencies such as FEMA, the U.S. Coast Guard, National Guard, and USAID to support emergency response and defense applications. Their integrated aerial transport infrastructure is positioned to serve missions requiring rapid logistics, medical evacuation, disaster relief, or remote access operations.

By delivering end-to-end infrastructure—from vertiport-like hubs to energy solutions and accessible vehicle procurement—American Skyport positions itself as a critical integrator within the eVTOL ecosystem. Their Skybridge model aligns with advanced air mobility deployment trends, offering operators, communities, and government stakeholders a cohesive foundation for operational, safe, and scalable eVTOL service networks.

Bender 

Ensuring Electrical Safety & Reliability for eVTOL Infrastructure

With over 75 years of experience, Bender develops and manufactures critical technologies—such as the industry-standard ISOMETER (insulation monitors), residual-current monitors (RCM/RCMS), grounding systems, and measuring relays—that enhance resilience across diverse sectors, including eMobility, energy storage, healthcare, and industrial infrastructure.

eVTOL platforms operate unique, often unearthed or high-voltage electric power systems, where insulation degradation or ground faults can pose serious risks. Bender’s insulation monitoring devices (e.g., ISOMETER IR155, iso175, iso685) continuously assess system integrity and detect ground faults before they escalate, protecting both systems and passengers from shock and fire hazards. Critical for eVTOL operations, these technologies ensure safe, digitally connected power architectures within aerial vehicles, charging stations, and associated infrastructure.

Supporting the broader eVTOL ecosystem, Bender’s charge controllers and residual-current monitoring tools protect EV charging infrastructure—central to vertiports and ground network safety. Their solutions help maintain power quality, detect faults proactively, and ensure compliance with evolving electrification standards in urban air mobility infrastructure.

With over 1,400 employees worldwide (including 20% in R&D) and a global network of subsidiaries and distributors, Bender brings deep expertise, rapid technical assistance, and local support for eVTOL OEMs and operators aiming to scale infrastructure deployment safely and reliably. Their holistic data-driven monitoring platforms and solutions for grounded and unearthed systems empower eVTOL stakeholders to design resilient, future-proof electrical systems.

TRUMPF

Industrial Laser & Smart Factory Leader Powering eVTOL Manufacturing Innovation

TRUMPF, headquartered near Stuttgart, Germany, is a global leader in both machine tools and laser technology, offering integrated solutions for cutting, welding, additive manufacturing, and surface processing across industries including aerospace and mobility. Uniquely, TRUMPF is the only provider offering complete laser‑based additive capabilities from one source—encompassing laser metal fusion and laser metal deposition systems—enabling repair or creation of complex, sustainably manufacturable components essential for eVTOL platforms.

eVTOL manufacturers require high-precision fabrication for parts like rotor blades, airframe junctions, battery enclosures, and thermal management components. TRUMPF’s suite of CO₂, disc, fiber, diode, and ultrafast lasers supports high-volume, repeatable processes for cutting, welding, marking, and structural assembly—all within digitally connected “Smart Factory” environments. These systems deliver both efficiency and quality demanded by aerospace-grade production.

TRUMPF’s laser metal deposition (LMD) technology allows additive repair and fabrication of metallic or ceramic parts, reducing waste and enabling circular maintenance strategies for components like turbine blades, powertrain parts, or structural frame elements. This approach lowers cost, conserves materials, and supports sustainable manufacturing—critical benefits for the long-term operation of eVTOL fleets.

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.

VICOR

High‑Density Power Architecture for eVTOL Systems

Vicor Corporation is a leader in modular power systems, providing compact, high‑density DC‑DC, AC‑DC and custom power conversion modules and systems used in cutting‑edge industries including aerospace, defense, and electric mobility. Their design philosophy emphasizes modularity, thermal efficiency, and scalability—delivering power solutions that are lighter, more efficient, and faster to integrate than traditional discrete designs.

For the eVTOL community, Vicor’s offerings directly address some of the most challenging power architecture demands. Their regulated and fixed‑ratio DC‑DC converters support high voltage to low voltage conversions (e.g. from battery bus to avionics, motor controllers, or control electronics) with high efficiency and minimal footprint. Vicor modules provide clean, reliable, and thermally manageable power to flight systems, sensors, propulsion electronics, and power distribution networks—enabling designers to reduce weight and improve energy utilization in vertical flight platforms.

Because eVTOL platforms demand tight integration, redundancy, and adaptable power paths, Vicor’s modular architecture allows OEMs to tailor power delivery networks (PDNs) by stacking, combining, or replacing modules as system requirements evolve. Their approach shortens development cycles, simplifies thermal design, and enables incremental upgrades—qualities that help eVTOL developers move closer to certification deadlines and efficient production.

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.

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.

Glenair

High‑Reliability Interconnects Powering eVTOL Systems

Glenair is a mission-critical interconnect specialist that has designed and manufactured high-reliability connectors, cabling, and shielding systems since 1956. Their extensive product line—ranging from mil‑spec circular and fiber‑optic connectors to backshells, EMI/RFI shielding, and overbraided wiring systems—is built for the extreme demands of aerospace, defense, and advanced mobility platforms.

In the eVTOL and advanced air mobility domain, Glenair provides specialized interconnect solutions tailored for power, signal, and control systems. Their MotorHead connectors, PowerLoad™ high-power interconnects, and EWIS (Electrical Wiring Interconnect System) shielding solutions support high-voltage motor buses, avionics, actuators, sensors, and composites-integrated grounding strategies. These components are engineered for vibration tolerance, temperature extremes, electromagnetic compatibility, and reduced weight—key requirements for safe, efficient vertical flight.

Glenair’s vertically integrated production footprint—totally compliant with AS9100/ISO9001 standards and leveraging U.S. and European manufacturing sites—means rapid customization, high quality control, and fast lead times. For the eVTOL community, Glenair represents a foundational enabler: ensuring that the electrical “nervous system” of eVTOL aircraft is secure, lightweight, reliable, and ready for certification and scaling.

Dassault Systèmes

Virtual Twin & Simulation Platform for eVTOL Innovation

Dassault Systèmes (3DS) is a global leader in 3D design, simulation, product lifecycle management (PLM), and digital twin solutions—serving over 370,000 customers worldwide across industries including aerospace and defense. Their 3DEXPERIENCE® platform unifies design, simulation, collaboration, and manufacturing workflows, helping organizations move from concept to certified product in a connected, model‑driven environment.

For the evolving eVTOL sector, Dassault Systèmes offers specialized capabilities via its SIMULIA and CATIA tools to simulate aerodynamics, aeroacoustics, structural behavior, battery performance, and system integration in a unified environment. These tools allow OEMs to iterate designs rapidly, optimize trade‑offs among weight, noise, energy consumption, and structural integrity, and validate safety or certification scenarios without relying exclusively on physical prototypes.

Dassault Systèmes has already been selected by eVTOL and urban air mobility companies (e.g. AutoFlight) to deploy end‑to‑end digital development platforms using 3DEXPERIENCE. In addition, SIMULIA CFD tools are being used by major aerospace OEMs (for instance Embraer’s eVTOL initiatives) to simulate acoustic performance and refine designs for urban deployment.

In the fast‑moving eVTOL community, the ability to design, validate, certify, and scale aircraft digitally is critical. Dassault Systèmes offers a digital backbone that helps reduce development time, lower risk, support multi‑disciplinary engineering, and ensure traceability from concept through manufacture. Their virtual twin and simulation frameworks empower eVTOL developers to bring safer, quieter, lighter, and more efficient vertical flight systems to market faster.

Constellium

Lightweight Aluminum Innovation for Next‑Gen eVTOL

Constellium is a global leader in advanced aluminum solutions, designing, manufacturing, and recycling high-performance aluminum products for industries including aerospace, transportation, and defense. Their aerospace business unit supplies structurally critical parts—plates, sheets, extrusions, and precision castings—leveraging proprietary alloys and value‑add services to support stringent weight, strength, and certification demands.

For the eVTOL community, Constellium brings materials that strike the balance between lightweight performance, manufacturability, and recyclability. Their Airware® aluminum‑lithium alloy, for example, reduces component density while maintaining strength, enabling eVTOL designers to push the envelope on structural efficiency. Constellium also emphasizes closed‑loop recycling and sustainable aluminum practices—vital for the long‑term environmental viability of air mobility systems.

As eVTOL manufacturers scale toward certification and commercial operations, Constellium offers a trusted materials foundation: aerospace‑grade alloys, tailored profiles, and sustainability credentials.

Sensata Technologies

Enabling Safe, Efficient eVTOL Flight Through Advanced Sensing & Electrification

Sensata Technologies is a global leader in sensor, control, and power-conversion solutions, offering a broad portfolio tailored to aerospace and advanced mobility applications. Their product offerings include position sensors, pressure and force transducers, high‑voltage contactors/fuses, battery‑management components, and pilot‑interface controls — all developed with aviation-grade reliability and certification pedigree.

In the eVTOL and Advanced Air Mobility (AAM) sector, Sensata plays a pivotal role by enabling critical subsystems that support electric propulsion, cockpit control, and power‑distribution safety. For example, their newly developed passive inceptor (pilot control interface) is designed specifically for fly‑by‑wire eVTOL‑type aircraft and has already been delivered in prototype form to several AAM manufacturers.

Similarly, their Electric Drive Position (EDP) sensors deliver precise rotor and motor‑position feedback tailored for axial‑flux electric motors, helping maximise efficiency while reducing weight — a crucial factor in vertical flight platforms.

Lufthansa Consulting

Lufthansa Consulting is a globally recognized aviation advisory firm with over 35 years of experience supporting airlines, airports, governments, and OEMs in navigating transformation, growth, and operational excellence. As a leading voice in the emerging Advanced Air Mobility (AAM) market, Lufthansa Consulting is actively shaping the future of autonomous eVTOL (A-eVTOL) operations through strategic insights, regulatory engagement, and market-entry planning.

The firm’s recent thought leadership explores how Autonomous Passenger-Carrying eVTOLs (A-eVTOLs) can provide a scalable, economically viable solution to meet growing urban and regional mobility demands. Unlike piloted eVTOLs, A-eVTOLs offer lower crew costs, increased fleet flexibility, and potential for shared ownership models. Lufthansa Consulting identifies “Future-Liners”—a new class of airline-like operators that manage A-eVTOLs remotely—as the operational backbone of this emerging model, supported by robust OEM design, safety redundancy, and ground-based control systems.

With its expertise across strategy, operations, regulatory frameworks, and stakeholder alignment, Lufthansa Consulting provides the aviation ecosystem with a roadmap for unlocking the full potential of A-eVTOLs. Whether advising on vertiport integration, future-liner business models, or OEM certification pathways, Lufthansa Consulting is a key partner in bringing the autonomous air mobility vision to life.

Element Materials Technology

Certification & Testing Backbone for eVTOL Innovation

Element Materials Technology is a global leader in testing, inspection, calibration and certification services, providing aerospace OEMs and suppliers with the assurance that critical components and systems are safe, compliant and ready for service.

For the eVTOL community, Element brings a comprehensive suite of capabilities tailored to the unique demands of vertical flight platforms — including battery qualification, composite material testing, EMI/EMC evaluation, environmental simulation (altitude, vibration, climate), and aircraft‑structure endurance verification. These services help eVTOL developers move from concept to certification with confidence and meet the rigorous safety standards required for advanced air mobility.

With laboratories across 30+ countries and a deep aerospace pedigree, Element supports eVTOL manufacturers with the local access and global footprint needed for scalable development, rapid turnaround and certification readiness.

CSG Talent

Recruitment Expertise for the eVTOL Revolution

CSG Talent is a global executive search and recruitment firm specializing in future-focused industries, including aerospace and eVTOL. Their Future Mobility team connects eVTOL innovators with top-tier talent in propulsion, autonomy, certification, and leadership roles—critical for scaling next-gen aircraft programs.

With deep sector knowledge and a global network, CSG helps eVTOL companies overcome hiring challenges by delivering tailored recruitment solutions—from executive search to contract staffing. As the eVTOL industry accelerates, CSG Talent ensures companies are equipped with the people to power the future of flight.

 

MTorres

The MTorres was designed and developed as an industrial group, qualified in advanced technology to develop high-complexity innovative solutions in industrial process automation for the problems our customers may have. In this sense, our desire is always to provide with new solutions that improve productivity and efficiency, so that customers may consider us as part of them and defenders of their interests.

In its forty years of existence the group has maintained sustained development, so that today it is one of the leading international groups in the markets where it operates: Paper converting and aerospace sectors. Therefore, currently, this Group has managed its products to be present in over 70 countries with more than 620 customers. This expansion is based on its own technology and the company policy of dedication to work and reinvestment in order to guarantee its progress in the future.

Commitment to Total Quality, based on improvement and efficiency both in Products and Service, has met with the explicit recognition of its customers, who include some of the most prestigious and demanding companies in the market.

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.

Crystal Instruments

Vibration & Modal Test Systems for eVTOL Readiness

Crystal Instruments provides high-performance hardware and software for dynamic data acquisition, vibration control, and modal analysis—core capabilities for proving eVTOL safety and reliability. Its Spider family of networked controllers (e.g., Spider-81/81B and Spider-80X) delivers multi-channel, real-time control and data recording for Random, Sine, Shock, SRS, TWR and more, enabling precise shaker tests from component to full-airframe level. Ethernet-synchronized, distributed architectures scale to hundreds of channels—ideal for complex eVTOL structures and high-voltage subsystems.

For eVTOL programs, CI supports ground vibration testing (GVT) and modal campaigns that validate aeroelastic models, define flutter margins, and de-risk first flight. Application workflows span avionics qualification, propulsion/rotor vibration, cabin/structure NVH, and environmental durability—using the same toolchain to accelerate certification test plans and correlate simulation.

CI’s vibration controllers interface with a wide range of shakers and are used by leading test labs and OEM partners—streamlining everything from battery vibration profiles to full-vehicle endurance. The result is a unified, scalable test platform that helps eVTOL developers shorten schedules, raise confidence, and meet rigorous aerospace standards.

AIBOT

AI-Defined eVTOL & Autonomous Flight Systems

AIBOT is a California-based advanced air mobility company building an AI-defined, software-driven family of electric VTOL aircraft and an end-to-end ecosystem. Its portfolio spans the AIBOT X Series enterprise platforms, T Series drones, and a manned aiEVTOL designed to bring “vertical take-off and landing, anytime, anywhere” to consumers and enterprises. The company’s mission centers on autonomy, connectivity, and high performance to make everyday flight practical and accessible.

For the eVTOL community, AIBOT offers proprietary autonomous flight-control software and next-gen propulsion/control technologies aimed at safer, smoother, and quieter operations. In 2025 the company reported Phase II testing of its tilt-wing, eight-rotor eVTOL, unveiled new aircraft at Commercial UAV Expo, and highlighted early alignment across emergency response, logistics, and industrial inspection. Strategic partnerships—including Honeywell and Enpower Greentech—and a $15M California Competes grant support accelerated testing, manufacturing scale-up, and U.S. job creation.