EMF-EMI Modeling for Aerospace & Air Travel Systems – ELEXANA LLC

Electromagnetic Simulation for Aircraft, Airports, Airspace Control, Drones, and Satellite Communication

✈️ Why EMF-EMI Modeling in Aviation and Aerospace?

Aerospace systems operate in one of the most electromagnetically demanding environments on Earth and in orbit. From satellite telemetry to air traffic control towers, precise field modeling is essential for safety, signal integrity, and system survivability. ELEXANA delivers advanced EMF-EMI modeling for all sectors of aerospace, aviation, and drone-based mobility.

Our services help aviation engineers, airport operators, OEMs, and defense contractors:

Simulate RF emissions and electromagnetic coupling in aircraft and control systems
Design grounding and shielding for lightning protection and radiative containment
Predict telemetry performance in manned and unmanned flight environments
Model field behavior across terminals, towers, launchpads, and near-Earth platforms

🚁 Applications in Aerospace EMF Modeling

1. Aircraft & Onboard Systems

Modeling of EMI impacts on avionics, GPS, ADS-B, and wireless comms
Interference analysis for cockpit systems and passenger connectivity (Wi-Fi, Bluetooth)
Landing gear and flight control EMI field interaction simulations

2. Helicopters, VTOLs & Drones

RF interference modeling in multi-rotor and eVTOL aircraft
EMI analysis between telemetry, autopilot, and propulsion systems
Rescue and delivery drone communication field maps in urban and remote terrains

3. Airports & Terminals

EMF zoning and antenna placement modeling in terminals and tarmacs
Simulation of radar, RF security scanners, and operations telemetry
Grounding scheme modeling for lightning protection and surge resilience

4. Air Traffic Control Towers & Comms

RF signal integrity analysis for VHF/UHF/ATC radar systems
Crosstalk and field interference prediction in stacked control platforms
Communication redundancy mapping and jamming avoidance simulation

5. Satellites, Telemetry & Launch Infrastructure

RF path prediction between satellites, Earth stations, and control networks
Shielding and field emission analysis at launch pads and ground terminals
Frequency coordination simulations for payload instrumentation

6. EMI Risk Analysis for Wearables & Implants in Flight

Modeling interference to IMDs and wearable tech from aircraft RF sources
Exposure assessment for pilots, passengers, and emergency medical personnel

7. Emerging Aerospace Robotics & Human-Machine Systems

EMF-EMI risk modeling for humanoid robotics (e.g., Tesla Optimus) operating in aircraft hangars, control centers, or orbital environments
RF and Bluetooth interference simulation for onboard robotic assistants
Wireless telemetry integrity between autonomous robotics and flight systems
Compatibility modeling between mobile robots and aviation RF infrastructure (radar, Wi-Fi, ADS-B)

🛰 Tools, Methods & Deliverables

ELEXANA engineers use:

CST Studio, ANSYS HFSS, COMSOL Multiphysics, and RED-aligned simulation tools
Full-wave FEM and FDTD time/frequency analysis
Grounding and antenna coupling modeling with terrain and altitude variables

Deliverables include:

RF propagation maps and system-specific interference overlays
Grounding strategy and lightning protection layout models
Redundancy optimization and jamming immunity assessments
Compliance modeling for FAA, ICAO, DoD, NASA, and ITU standards

✅ Why ELEXANA?

Trusted by federal, defense, aerospace, and civil aviation clients
PhD-level engineers with RED expertise in field behavior and resilience design
ISO 17025-referenced calibration and traceable electromagnetic diagnostics
Multimodal modeling capability across aircraft, ground, and orbital systems

🌐 Schedule an Aerospace EMF Modeling Consultation

From airfields to orbit, ELEXANA ensures electromagnetic clarity, compliance, and command confidence across modern aerospace systems.

Contact Us:
ELEXANA LLC
142 West 57th Street, 11th Floor
New York, NY 10019
info@elexana.com
www.elexana.com