New Eagle > Products Wiki > MotoHawk Platform
Tools
MotoHawk: MATLAB Simulink Development Tool
| MotoHawk® is a controls system application development tool that allows the user to create Simulink® diagrams that run on the MotoHawk Control Solutions' rugged, automotive-quality embedded control modules ( MotoHawk Controllers) . Developers work directly in the Simulink environment with MotoHawk blocks as well as native Simulink blocks and features. To learn more or access product support pages, click on the link below.
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MotoTune: ECU Calibration Tool
| MotoTune is a PC-based tool used to program (i.e. flash), calibrate, or create displays for MotoHawk Controllers. A spreadsheet-like user interface allows users to easily create displays or access all of the calibratable parameters contained in the control module. To learn more or access product support pages, click on the link below.
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MotoService: ECU Field Service Tool
| MotoService is a package of two software tools, MotoUpdate and MotoViewer. MotoUpdate is primarily intended to be used in the field for flashing software updates and MotoViewer is for monitoring system performance or troubleshooting issues using custom displays. To learn more or access product support pages, click on the link below.
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MotoFlash: Mass Production ECU Programming Tool
| MotoFlash is a PC-based primarily intended to be used in the field for flashing software updates or troubleshooting issues using custom displays and/or data logging. Raptor-Service is essentially the same software as Raptor-Cal, but without the calibration capabilities. To learn more or access product support pages, click on the link below.
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Raptor-CAN: CAN Analysis & Datalogging
| Raptor-CAN is a comprehensive, simple tool used for communicating with and monitoring CAN systems using a Kvaser or RP1210 compatible CAN adaptor. Raptor-CAN shows in-depth analysis of the CAN traffic being sent back and forth from any system, and will record this data for future reference. Raptor-CAN also has a simulate function, sending simulated CAN signals to the connected hardware (usually using a USB to CAN system) through the allotted *.dbc file. To learn more or access product support pages, click on the link below.
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Raptor-Test: Automated Testing and Validation Tool
| Raptor-Test facilitates testing of model-based software against requirements through simulated hardware-in-the-loop (SimHIL). Raptor-Test greatly improves the effectiveness and speed of software verification and increases confidence in production intent software releases. To learn more or access product support pages, click on the link below.
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Hardware
MotoHawk Controllers
| New Eagle’s line of Raptor Controllers and complimentary Raptor-Dev software offer an alternative approach to the traditional programming languages: These controllers allow developers to leverage the graphical programming environment of MATLAB Simulink to quickly and easily create, edit, and debug application software. To learn more or access product support pages, click on the link below.
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Raptor Telematics
| New Eagle has developed a Raptor™ compatible Telematics platform, which enables remote tracking and management of assets through GPS and cellular data technology. This system serves as gateway for remote administration of vehicles and data analysis. The New Eagle telematics platform can monitor and analyze driver behavior, measure fuel consumption, and detect maintenance issues with vehicles before they become a problem. The seamless integration between the New Eagle Telematics Control Module (TCM) and New Eagle ECUs also allows the option for remote calibration, reflashing of the ECU, and fault reporting.
New Eagle delivers a complete telematics solution including hardware, software, cellular plan, web server, and web portal interface. To learn more or access product support pages, click on the link below.
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Training
| Raptor Training, led by our team of experienced system engineers, provides hands-on experience which enables the new practitioner to gain familiarity with the Raptor tool chain by building, deploying, calibrating, and refining a real world control application. The training is an intensive three-day course that introduce users to Raptor ECU Based Rapid Prototyping and general Model-Based Controls Engineering. To learn more or access product support pages, click on the link below.
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