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Your best option is to create a MH code and have an invert attribute for it. Then when you export your points CSV format, export the attribute field. Then you can open the file in Excel and create a column to subtract the invert from the point height.

1. Turn the receiver OFF with the ON/OFF button. 2. Press and hold the Record button. 3. Turn the receiver ON by pressing the ON/OFF button. 4. Wait until all the LEDs are flashing yellow (except the battery LED). 5. Release the Record button.

It sounds like you may need to clear the NVRAM on the base.

Start with points A and B Draw a circle around point B Draw a line from point A Snap the line to one of the tangent points on the circle Create point C at this point End the line Delete the circle

Hi Nate, this is actually very easy to do with the CAD tools in J-Field. Draw a circle with the radius of your distance at Point A and then draw a line from Point B to the tangent point on the circle.

The 1st case in your example is exactly what already exists with Offset to Line2.

J-CORS is covered in the migration guide https://support.javad.com/index.php?attachments/j-field_v4_migration-pdf.13004/

If there are points in the project and they are not visible in the point selection screen it is likely that you have a filtered enabled causing the points to be filtered out. Are any of the filter icons red?

The antenna needs to be selected. How are you sending the file to DPOS?

A bug was found with the ARP offset not being applied correctly with the T3NR. It is currently fixed in the Testing version of J-Field.

"Prefer RTPK" option does RTK vs RTPK comparison. In case of both fixed solution it will prefer RTPK. But if RTPK is not fixed and RTK is fixed then it will select RTK. "Prefer RTK" also does the same comparison but prefers the RTK solution.

What service are you referring to? JCORS is free. To use the T2 as a base you would just need to connect the T2 to the internet through WiFi hotspot.

Javad's JCORS is a NTRIP service. Did you ever try it?

The way I have it configure each engine has access to 2 signals from each satellite. This strategy makes it possible to have the most satellites available for use from each engine. If you use Auto Setup Engines many satellites will be excluded because there aren't any signals selected for...

If you clear the NVRAM on the base all the radio parameters will get reset to default values and the radio will need to be configured again. Did you clear the NVRAM?

I configure the RTK engine as shown in the document and in this screenshot.

I saw this issue on someone's LS and thought it was due to a hardware issue. The signals being broadcast by the base were not being shown on the engine configuration screen. If this is the same problem you are having, it seems there may be a bug causing this. I believe that Auto Setup Engines...

I would think you would want at least a 50 watt panel to be able to produce enough power on shady days. I would pair it with a 40Ah 12V deep cycle battery.

The OS image need to be loaded onto a SD card, not a USB drive. See the instructions at https://support.javad.com/index.php?threads/how-to-install.3229/

None of those changes will improve how the RTK engines are configured or help maximize signal variety and the speed at which the engines fix. See the attached document I wrote on this subject.