@jon-payne Hi Jon I am specifically doing tests where the device provides guidance in pitch roll and yaw. Only pitch or roll depending on the install...

@paul-in-pa Hi Paul What I found and what has led to the question is that doing tests with short "baselines" below 5 meters and using a combination ...

@bill93 Hi BillWhat I found and what has led to the question is that doing tests with short "baselines" below 5 meters and using a combination of Kine...

Hi Shayne I do development of low cost precise devices using GNSS. I recently developed a unit single frequency L1 that is decimeter accurate in aut...

Hi everybody, thank you all for the replies. What I found and what has led to the question is that doing tests with short "baselines" below 5 meters...

@dmyhill Hi, thank you for the reply. The units are static and performing RTK What I found and what has led to the question is that doing tests with...

@holy-cow Not at all, I am 63 and busy with research using GPS. I came about this interesting little scenario about the Baseline. I have not been able...

@bill93 Hi Bill Two GPS receivers are deployed statically as in the drawing the red circles indicate the receivers. The Base is deployed at A and the...

@bill93Hi Bill X is horizontal value and Z vertical value. The distance from the antenna centers horizontally and vertically

@paul-in-pa Hi Paul, the 2 receivers, base and rover are both stationary (static).

@mightymoe Hi what I am trying to establish is the following: when rtk is performed the time difference between the base and rover is calculated this ...

Thank you for the replies. The setup is as follows A is a Base and it is 10 meters away from the Rover and it is also 10 meters higher than the rover...