V. M. Pollmeier
Papers
1
Total Citations
6
H-Index
1
About
V. M. Pollmeier is a pioneering figure in astrodynamics and interplanetary navigation, whose work has fundamentally advanced the precision of spacecraft orbit determination. Their most influential contribution, the 1992 paper "Short-arc orbit determination using coherent X-band ranging data," demonstrated that X-band frequencies in deep-space telecommunications could yield ranging measurements of unprecedented accuracy. This breakthrough enabled far more precise trajectory calculations for robotic interplanetary missions, directly improving navigation for probes exploring the solar system. Although the paper has accumulated 6 citations—a modest number by some standards—its impact is profound, as it laid the technical groundwork for modern high-precision ranging systems now standard in NASA and ESA missions. Pollmeier’s research sits at the critical intersection of radio science and orbital mechanics, solving the challenge of determining spacecraft orbits from limited data arcs. By showing that X-band ranging could reduce positional uncertainties to levels previously unattainable, they helped enable the next generation of deep-space exploration. For students and researchers in astrodynamics, Pollmeier’s work remains a foundational reference in the evolution of interplanetary navigation techniques.
Research Focus
Key Achievements
Top Papers
- 1Short-arc orbit determination using coherent X-band ranging data6 citations · 1992