Laversab ARTS 7000 vs DMA ADTS Usage & Stats

Welcome to the Avionics Radio Test System 7000 (ARTS 7000) App by Laversab. This App is the control interface for the Laversab ARTS 7000 test system. The ARTS 7000 is a multifunctional avionics radio frequency test system for use on all aircraft types including rotary wing. This App is used in conjunction with the ARTS 7000 test hardware and allows Technicians and Engineers to test and verify aircraft radio systems, including: • Communications: VHF, UHF, HF, SelCal • Navigation: ILS, VOR, DME • Transponders: Mode S, ADS-B, ATCRBS • TCAS: TCAS1, TCAS2, ACAS • UAT: ADS-B In/Out, FIS-B, TIS-B • Emergency Beacons: ELT all current versions • GPS Simulator • VSWR • Tools: Various Test tools Future capability developments will be incorporated into the ARTS 7000 app and test hardware. These may include Radio Altimeter, etc. The ARTS 7000 provides user-selectable manual control, preset scenarios, and automatic test functions. Advanced features include integrated testing for simultaneous DME and VOR scenarios. This App has been designed to be intuitive and simple to learn and operate. Aircraft testing can be completed efficiently, and all relevant results available for download. The operating manual and training documentation will be available within the App. ==== OFFLINE MODE==== The ARTS 7000 App can be used in offline mode without the need for test hardware. This enables users to experience and learn the application quickly without the need for hardware or aircraft availability. If you interested in a better approach to Avionics testing, we strongly recommend that you download the App and use it in offline mode. We are confident you will enjoy the experience and realize the benefits of the ARTS 7000 test system. Please visit https://laversab.com/product/avionics-radio-test-set-arts-7000/ for further product information. Full system demonstrations are available at your facility – ask your sales contact. We hope you enjoy discovering and using the new way to test your aircraft RF systems.