US Electrodynamics Inc. (USEI) is a US privately owned Disabled Veteran Owned Small Business (DVOSB) Telecommunications company headquartered at 66C Teleport Drive, Brewster, Washington, where our Customers and Quality of Service come first.

Brewster Teleport in Washington state and Vernon Valley Teleport in New Jersey provide connectivity with the POR, CONUS, AOR regions and are supported with a dedicated 100G Capable Wave Terrestrial Network providing a wide array of critical services and opportunities for our Customers.

Serving both the satellite and terrestrial industries and long partnerships with both government and commercial customers, you can trust in USEI for your connectivity needs.

USEI was founded by Jim Veeder in 1985 and is a World Teleport Association (WTA) Member.

Why we’re unique

FROM 3°W to 188°W




CONTACT: + 1-509-276-0000

West Point United States Military Academy Graduate B.S. Science & Engineering 1972, M.S. Nuclear Engineering University of Washington 1977, Journal Mathematical Physics publications with Dr. Norman J McCormick. National Cancer Institute Research Scientist, The Boeing Company Senior Principal Engineer/Scientist 1979-1987.

Areas of Expertise
• Electromagnetic Pulse analysis and mitigation design
• Low Observables science and design
• Neutron Enhanced Radiation Propagation Science of Oncology
• Thin film quantum design for RF Antenna applications
• Military communications
• Antenna design, construction and operation.

3 Most Recent Developments & Accomplishments:
• Derivation (completed July 4, 2017) from force dynamics first principles F = ma of Lorentz’s gamma factor, {1/sqrt [(1-(v/c)**2]}, gives complete physical meaning to relativistic mass dilation in a way that underpins the relationship  of the fabric of spacetime with its associated mass equivalent.  This gives the first direct and intrinsic derivation (prediction) of  what may be interpreted as ‘dark matter.’  Historically the Lorentz gamma factor was the term discovered and postulated by Hendrik Lorentz which when forced onto the space and time variables of Maxwell’s equations made the laws of electrodynamics invariant.  It was at this point that Maxwell’s equations became  consistent and complete sufficiently to allow them to be accepted as theoretically valid.  Einstein explained the Lorentz factor from thought experiments looking at the relativity of the paths of light particles as seen from two different perspectives, usually from two different frames of reference where the light particle motions are seen as different by two different observers, one observer standing stationary alongside a train track and a second observer sitting inside traveling with the train.  The time and space contraction factors which explain the different light particle motions as seen by these two different observers are identically the Lorentz factors of space and time which formed the results of Einstein’s Principle of Relativity as he formulated them from the two assumptions (postulates) of 1. causality and 2. the constancy of the speed of light as identical in all frames of reference.  So these Lorentz factors are formulated actually from kinematics.  Our recent success at deriving these Lorentz factors from the dynamics of F = ma gives deeper insight into nature’s most hidden physical substance,  often called ‘aether’ which was the term used by the proponents of a different theory than presented here.  This derivation at US Electrodynamics (USEI) is an ontological discovery opening the door allowing visualization of the physical substance of the ‘vacuum’ and bringing the correct aether theory forward that was long sought after by Albert Einstein, one consistent with the theory of electrodynamics and one easily capable of  showing the origins of inertia, also a goal of Ernst Mach now realized here.
• (August, 2016) First principles F= ma theoretical derivation of Planck’s constant with deep physical insight into Casimir effect and statistical mechanics
• (2015) Theoretically Rigorous formulation of ‘Chronology Protection’ with physical insight enhancing completeness and consistency of Special and General Relativity impacting cosmology
• (phase I: 1973, phase II: 2010) First principles exact RF propagation and interference analysis using ‘all possible quasi QED paths’ for rough terrain and severe microclimate environments.


Professor William W. Saylor, PE was the Gen Bernard Schriever Chair in the Department of Astronautics, United States Air Force Academy from 2005-2011. He was also the Chief Engineer for the Space Sciences Research Center and led the FalconSAT program during that time and supported the program for the next two years as an AFRL contractor. He has continued supporting the Astronautics Department by authoring the updated, second edition of Fundamentals of Astrodynamics. Besides his very broad multi-disciplinary scientific and engineering background, Professor Saylor also is considered expert for several advanced technologies in remote sensing (SAR), space situational awareness, and advanced communications technologies. While performing his duties as the Schriever Chair, Professor Saylor received the AIAA Von Karman Lectureship and the Rocky Mountain AIAA Engineer of the Year award.

Mr. Saylor is a Distinguished Graduate from the United States Military Academy at West Point in 1972 with a Nuclear Engineering area of concentration. Following graduation, he attended Airborne and Ranger schools and was stationed in Germany as a combat engineer officer. He then attended the Massachusetts Institute of Technology and earned a Master’s Degree in Nuclear Engineering and Magnetic Fusion Technology. He then was stationed in Ft. Belvoir, Virginia and ran the Nuclear Power Plant Operator’s School before being assigned to Saudi Arabia as an Assistant Engineer on colossal power construction projects. Upon leaving the Army Mr. Saylor worked as a nuclear engineer in the power industry before spending twelve years at Los Alamos National Laboratory working in a variety of advanced energy and defense programs. He developed energy plant conceptual designs based on heavy-ion accelerators and inertial fusion.

Mr. Saylor also supported numerous advanced system concepts for the SDIO Program Office and designed and built instrumentation and controls systems for various laser projects. He was also a Project Leader for several space engineering projects including payloads and small satellites, as well as leading a multi-laboratory effort to develop LIDARs for the long-range detection of biological agents on the battlefield. Mr. Saylor has served as a Senior Scientist at SAIC, Inc. supporting numerous DoD, DARPA and NRO space activities he supported during his time as the General Schriever Chair Professor of Astro Science and Engineering at the USAFA in Colorado Springs.

Bill supports USEI's nationally important strategic space, launch, satellite (LEO,MEO,GEO) communications projects requiring advanced and innovative technological solutions.


David Grooms

Business Development Manager

22 Years of satellite and terrestrial communications with an extensive Sales and Operations background. Joined USEI in 1995.

David Grooms

Business Development Manager

Darryl White

General Manager

26 years of experience in satellite and terrestrial communications with engineering background. Joined USEI in 1995. Extensive experience with satellite antenna installations at both USEI teleports and teleports around the world.

Darryl White

General Manager

© Copyright (c) 2017 U.S.Electrodynamics, Inc. All rights reserved. Seattle Web Design by Sayenko Design