University-Virginia Uva Auto is categorized under Sanders, Motor Vehicle Safety in Charlottesville, VA .
University-Virginia Uva Auto was established in 0, and today employs 1 to 4, earning Unknown per year. This is a Sanders, Motor Vehicle Safety business, which does work in the BOTH market, and is classified as a Sanders, Motor Vehicle Safety, under code number 6113100 by the NAICS.
If you are seeking more information, feel free to contact Jeff Crandall, Executive Director at the company’s single location by writing to 1011 Linden Avenue, Charlottesville, Virginia VA 22902 or by phoning (434) 296-7288. You can also visit this business on Facebook by going to their profile page at Facebook or on find them on Twitter.
| Business Name: | University-Virginia Uva Auto |
| Contact Person: | Jeff Crandall, Executive Director |
| Address: | 1011 Linden Avenue, Charlottesville, Virginia 22902 |
| Phone Number: | (434) 296-7288 |
| Website Address: | centerforappliedbiomechanics.org |
| Annual Revenue (USD): | Unknown |
| Location Type: | Single Location |
| Employee Number: | 1 to 4 |
| Business Type: | B2B & B2C |
| Business Category: | Sanders, Motor Vehicle Safety |
| SIC Code: | 3714 |
| NAICS Code: | 6113100 |
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University-Virginia Uva Auto was started in 0 to provide professional Sanders, Motor Vehicle Safety under the SIC code 3714 and NAICS code 6113100. Since its inception, the company has gone on to take a total of 1 to 4 personnel under its employment and has achieved earnings of Unknown per annum.
Feel free to contact Jeff Crandall, Executive Director for inquiries that concern University-Virginia Uva Auto by calling the company number (434) 296-7288, as your correspondence is most welcome. Additionally, the physical location of the single location of University-Virginia Uva Auto can be found at the coordinates 38.01413,-78.46928 as well as the street address 1011 Linden Avenue in Charlottesville, Virginia 22902.
For its online presence, you may visit University-Virginia Uva Auto’s website at centerforappliedbiomechanics.org and engage with its social media outlets through on Twitter and on Facebook.