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ATLANTA – Following the success of sales for standing room only tickets for the Buffalo Bills game, the Atlanta Falcons announced today that single-game, standing room only tickets will again be made available for this week’s regular season game against the Miami Dolphins at Mercedes-Benz Stadium. The stadium’s regular seating inventory is sold out for this game.

The limited number of single-game standing room only tickets will be sold on a first come, first served basis to fans at Mercedes-Benz Stadium on Friday, October 13, beginning at 12:00 p.m. Eastern Time. Fans on site will be able to purchase a maximum of four (4) tickets for $57 per ticket non-inclusive of taxes and fees at the guest services desk located inside Gate 2 of Mercedes-Benz Stadium. All tickets purchased will be non-transferrable.

Standing room only tickets will allow fans to take in the action and enjoy numerous gathering places on all concourses such as the 200 and 300 skybridges, the ATT Perch, the Budweiser Biergarten, the 100-Yard Club and nine neighborhood bars offering a variety of vantage points and food and beverage options.

How to Purchase:

• When: Friday, October 13

• Time: 12:00PM (noon)

• Where: Mercedes-Benz Stadium, Gate 2

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• Tickets are first come, first serve

• Max purchase of four (4) tickets for $57 per ticket non-inclusive of taxes and fees per person

For more information, contact the Atlanta Falcons Ticket Office at 470-341-4500.

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Matthew Lynch is responsible for Peachtree Suites 276-297, Loge Boxes in 106, and specific rows within the Harrah’s Cherokee Club, Delta 360 Sky Club and SunTrust Club.

Tiffany Hickem is responsible for the Gullwing Suites, NCR Level Suites 101-132, and specific rows within the Harrah’s Valley River Club, Mercedes-Benz Club and the AMG Lounge.

Lauren Litwackis responsible for the Centennial Suites, NCR Level Suites 155-180, and specific rows within the Harrah’s Cherokee Club, Delta 360 Sky Club, and SunTrust Club.

Sean Reardon is responsible for Loge Boxes in section 124 and 132, Field Suites 1-8, NCR Suites 182-197, and specific rows within the Harrah’s Valley River Club, Mercedes-Benz Club and the AMG Lounge.

Shanicka McClendonis responsible for Peachtree Suites 201-237 and specific rows within the Harrah’s Valley River Club, Mercedes-Benz Club and the AMG Lounge.

Lauren Fisher is the Manager of Signature Services.

Jessica Shannon

Ariana Allison

Your 2018 Falcons Season Starts Now!

Thank you for being part of an amazing opening season. You created some amazing energy that supported the team on the field and impacted our games at Mercedes-Benz Stadium.

Provide your feedback, learn about key benefits on the horizon and add upcoming payment dates to your calendar all from this Signature Services hub.

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Mason Terry 1 , Joel Reiter 1 , Karl F Böhringer 1 , John W Suh 2 and Gregory T A Kovacs 3

Published 26 November 2001 Smart Materials and Structures , Volume 10 , Number 6

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Author affiliations

1 Department of Electrical Engineering, University of Washington, Seattle, WA 98195, USA

2 Systems and Practices Laboratory, Xerox Palo Alto Research Center, Palo Alto, CA 94304, USA

3 Center for Integrated Systems, Department of Electrical Engineering, Stanford University, Stanford, CA 94305, USA

Dates

Received 31 August 2000 In final form 4 September 2001 Published 26 November 2001

Citation

Mason Terry et al 2001 Smart Mater. Struct. 10 1176

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https://doi.org/10.1088/0964-1726/10/6/306

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Microelectromechanical system(MEMS) technology promises to improve performance of future spacecraft components while reducing mass, cost, and manufacturing time. Arrays of microcilia actuators offer a lightweight alternative to conventional docking systems for miniature satellites. Instead of mechanical guiding structures, such a system uses a surface tiled with MEMS cilia actuators to guide the satellite to its docking site.

This paper summarizes work on an experimental system for precision docking of a `picosatellite' using MEMS cilia arrays. Microgravity is simulated with an aluminum puck on an airtable. A series of experiments is performed to characterize the cilia, with the goal of understanding the influence of normal force, picosatellite mass, docking velocity, cilia actuation frequency, interface material, and actuation strategy (`gait') on the performance of the MEMS docking system.

We demonstrate a 4cm cilia array capable of docking a 41.2g picosatellite with a 2cm contact area with micrometer precision. It is concluded that current MEMS cilia arrays are effective in positioning and aligning miniature satellites for docking to a support satellite.

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