IACCESS TECHNOLOGIES, INC.
See us at Paris Air Show 2025 · Booth: B166-B
iAccess provides a wide range of turn-key airborne avionics solutions for both military and commercial aircraft. iAccess specializes in system design, software, hardware, integration, certification, production and life-cycle support.
Costa Mesa, California, United States
Aerospace
Products & Services
iAccess Main Brochure
iAccess Technologies, Inc.
iAccess Technologies - Airborne Solutions World Wide
iAccess Technologies, Inc.
Flight Software (Nav Guidance and Control, Autonomous Flight) Missionization (Surveillance, Sensor Systems and Terrain Avoidance) Civil Aviation (Future Flight Compliance and Civil Certification) Ground and Flight Operations (Ground Control) iAccess Technologies provides a full range of system solutions, products and engineering services for UAV/Drones worldwide.
iAccess Technologies - Airborne Solutions World Wide
iAccess Technologies, Inc.
iAccess Technologies provides guidance and support in the development of the Aircraft Maintenance Program for the world class Mitsubishi Regional Jet (MRJ). The iAccess MRJ Team not only performs MSG-3 System Analysis, but is currently training the Mitsubishi Aircraft Team in this industry standard process on all aircraft systems and structure including electrical power, lightning/HIRF, avionics, hydraulics, phneumatics, air conditioning, flight controls, fuel system, autopilot, structures, engines and APU.
People
Connect with us at
Paris Air Show 2025
About
Little Arms Studios is a team of individuals passionate about bringing their experience in virtual design and gamification to real world applications in order to provide a unique take on learning important skills which combines the best aspects of serious simulations and recreational gaming. With over 75 years of combined experience in the fields of simulation, game design, mobile application development, information technology and web design, the team at Little Arms Studios is able to create comprehensive solutions to commercial needs.
Real world training exercises can potentially be both costly and dangerous. Little Arms Studios is skilled in providing in-depth simulations that accurately represent reality and contain useful metrics for measuring all aspects of performance. Its Interactive Virtual Incident Simulator was designed in partnership with professional fire and rescue personnel to accurately represent the dangers involved and procedures used in order to promote best work practices and safety during training.
Its newest product, Zephyr Drone Simulator, is a professional simulator aimed beyond the traditional recreational aspects of drones toward the burgeoning commercial applications of the technology. It offers an unparalleled Learning Management System to aid both instructors and those seeking to learn valuable skills with an intuitive system that takes into account current FAA guidelines and safe practices with small unmanned aircraft systems. It is designed for both ease of use and accuracy in control with realistic flight physics.
Real world training exercises can potentially be both costly and dangerous. Little Arms Studios is skilled in providing in-depth simulations that accurately represent reality and contain useful metrics for measuring all aspects of performance. Its Interactive Virtual Incident Simulator was designed in partnership with professional fire and rescue personnel to accurately represent the dangers involved and procedures used in order to promote best work practices and safety during training.
Its newest product, Zephyr Drone Simulator, is a professional simulator aimed beyond the traditional recreational aspects of drones toward the burgeoning commercial applications of the technology. It offers an unparalleled Learning Management System to aid both instructors and those seeking to learn valuable skills with an intuitive system that takes into account current FAA guidelines and safe practices with small unmanned aircraft systems. It is designed for both ease of use and accuracy in control with realistic flight physics.
