A new type of tensor mathematical formation, using 21000 linear equations for 133 bodies, Dynamic Universe Model is a singularity free N-body problem solution, based on Newtonian physics. It is different from Newtonian physics, as well as general relativity as they use differential and integral equations. It uses linear tensors without differential and integral equations, hence it gives unique solution. This approach saves many unsolved problems in present day physics. Its prediction in 2005 that there is no dark matter came true experimentally in in Nov, 2013. Here, using the same math setup but with different initial set of numerical values, (viz., 3d xyz initial positions, velocities of all the solar system, nearby stars, Galaxy center, nearby Galaxies etc.,), this paper explains the wide range of values of gravitational deflection (bending) results of Very Long Baseline Interferometry (VLBI) observations. The observed VLBI results are in much higher range even after accounting the standard errors. These higher ranges in VLBI results are beyond explainable values of general relativistic predictions as well as with parameterized post-Newtonian (PPN) formalism. Dynamic Universe model’s built in potential of considering simultaneous and dynamic gravitational effect of Sun, planets, local stars etc., makes these discrepancies comprehendible. For doing so, the capabilities of Dynamic Universe Model are extended into micro world i.e., the world of masses of light photons and radio wavelength photons, Neutrinos electrons and protons etc., (This definition is some thing like a subset of quantum physics, we will use this name further inthis paper) for the extended by extending the original mathematical formulation for macro world viz., planets, stars, Galaxies etc. Here it is shown that, Dynamic Universe Model explains reasons for the variations in real world VLBI deflection (bending) observations. Keywords: Dynamic universe Model; SITA programming; Micro particle world; VLBI Very Long Baseline Interferometry; Gravitational deflection (bending): PPN formalism, Tensors, singularity-free cosmology, Dark matter.