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Jarmin J1000 Glass Cockpit System




Jarmin J1000 Glass Cockpit System for Aircraft
Optimized for two MONITOR 1×2 displays, this system is easy to install and simple to operate.

It supports both single-engine and twin-engine aircraft.
Navigation begins easily by selecting from 30 waypoints set around the Sawyer Isles.
This system is designed to emulate the GARMIN G1000.

　　　　



* Integrate it as in the sample data.
Make sure the two monitors are always on.
* For twin-engine aircraft, select "TwinEngine" from the ECS microcontroller's properties.
* If you want to reduce the volume of the microcontroller, you can remove the two nodes for engine2 in the ECS microcontroller and the two nodes for the wind sensor in the J1000 microcontroller. In this case, the speedometer will automatically display ground speed instead of airspeed. (Be cautious of stalls in strong winds.)
* The two round switches at the top left are toggle switches for multipurpose use. They output from data channels 1 and 2 respectively. It's recommended to connect them to the autopilot on/off function.
* The waypoint coordinates and heading selected in the Waypoint Map Display are output to data channels 1 to 3 in the order of X coordinate, Y coordinate, and heading. When nothing is selected, it outputs 0.
By connecting this to your aircraft's autopilot microcontroller, it enables easy destination selection. (Idea: When the output coordinate is 0, set it to reference another keypad to allow selecting places other than waypoints.)

　　　　




Refer to the numbers in the image.


The following elements are common across all four modes
　　　　

1. Multipurpose Switch A
2. Multipurpose Switch B
3. Display Switch
4. Map Zoom In
5. Map Zoom Out
6. Screen Change
7. The active screen is illuminated.



This is the basic flight instrument display.

　　　　
1. Turn Coordinator
2. Airspeed Indicator (knots)
3. Flight Director
4. Slip Indicator
5. Vertical Speed Indicator
6. Altimeter (feet)
7. Navigation Line
8. Compass (Heading)



This is a basic color map. In Display Modes 2, 3, and 4, the Engine Monitoring Window is displayed on the left side.

　　　　
1. Engine RPM Indicator
2. Throttle Position
3. Engine Temperature Gauge
4. Power Generation
5. Fuel Gauge
6. Compass (Heading)
7. Navigation Line
8. Aircraft Position
9. Direction of Travel



Displays airports, waypoints, and surrounding weather conditions. The display style closely resembles that of real cockpits. Only the area around Sawyer Isles is supported.

　　　　
1. Compass (Heading)
2. Heading if flying straight
3. Runway Image
4. Aircraft Position
5. Airport Circle
6. Navigation Line



Allows you to select waypoint coordinates and runway shape data from the database with a single tap.
The destination selected here is shared across the other three screens. Tap the red dot in the upper left corner to reset. Only the area around Sawyer Isles is supported.
　　　　
1. Reset Button
2. Airport (Selected)
3. Waypoint
4. Image of Selected Runway
5. Aircraft Position
6. Sawyer Isles


* Mr. Shairo: Created the wonderful small and legible number font.
* Mr. TAK: Developed the precise physics sensor data processing system.


* When publishing vehicles equipped with the J1000 system on the Workshop, please include a link to this page as much as possible.
* Do not edit the properties of the J1000 microcontroller. It may cause the system to malfunction. (The properties of the ECS microcontroller should be adjusted to match your aircraft.)
* My English translation is not perfect. Please forgive any grammatical errors or terminology mistakes.


Enjoy your flight!


—Afterword
Rather than being a highly practical system, this is intended to be an avionics system that can be easily installed even in small aircraft while providing a realistic atmosphere. Please forgive any difficulties in reading the finer details, as that's just part of the experience. 2024/10/01

On some computers, the position of rectangles drawn with drawRect in Lua scripts can shift, likely due to different GPU. Please note that this might also happen with drawRect on this microcontroller. 2024/10/01

I would like to express my heartfelt gratitude and respect to all of you wonderful people who have taken the time to carefully read through my poorly written text. From experience, I know that by the time a post makes it onto the rankings, there will inevitably be a few disappointing comments from people who haven’t read a single word of the explanation. That’s why, for you who have properly read the description and found this message, you are truly like a god. Thank you.
From a translation app addict.