The LabRadar probably is getting a stronger return from the Sabot than the bullet. RADAR works off reflected radio signal, a flat surface like a sabot will be in the path of the bullet between the bullet and labradar transmitter.
Think of a semi going down the highway with a sportscar directly behind and close to the semi. A radar will generally display the larger object because it reflects more energy. Shotguns shooting sabotted bullets will probably be affected the same way.
It would be interesting to test shot loads, the wad might fall away from the shot pattern quick enough to get the reading on the shot column. Most traffic radar or even radar used to clock baseballs will not give a speed if the radar can not get an uninterrupted track of sufficient distance. The RADAR frequency shift correlates to the speed of the object and it's software is designed to limit false returns. If there is an inadequate uninterrupted track no speed will be displayed.
Think of a semi going down the highway with a sportscar directly behind and close to the semi. A radar will generally display the larger object because it reflects more energy. Shotguns shooting sabotted bullets will probably be affected the same way.
It would be interesting to test shot loads, the wad might fall away from the shot pattern quick enough to get the reading on the shot column. Most traffic radar or even radar used to clock baseballs will not give a speed if the radar can not get an uninterrupted track of sufficient distance. The RADAR frequency shift correlates to the speed of the object and it's software is designed to limit false returns. If there is an inadequate uninterrupted track no speed will be displayed.
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