On Saturday, April 23rd, two Up-A-Creek Robotics teams, FRC Team 1619 (photographed in gray) and FTC Team 11260 (photographed in blue), won the World Championship in their separate competitions at the FIRST World Championship in Houston. Up-A-Creek Robotics FRC Team 1619 is the first FRC team from Colorado to win a FIRST (For the Inspiration and Recognition of Science and Technology; no relation to FIRST RF) World Championship. FTC Team 11260 is the second FTC team to win from Colorado. Up-A-Creek is also the first organization in the history of FIRST to win the World Championship in both FRC and FTC. Competing among over 450 FRC teams and 160 FTC teams from 26 countries around the world, the 88 high school students who make up Team 1619 and Team 11260 earned their titles with hard work and innovative solutions. FIRST RF is extremely proud to be a sponsor of these Up-A-Creek Robotics teams and can’t wait to see what they do next!

FIRST RF is proud to be a sponsor for Up-A-Creek Robotics Team 11260, which is ranked among the top teams in the world (No. 2 as of today) for in-person competition in the 2021-2022 season of the FIRST Tech Challenge (FTC)! Alongside winning the Colorado State FIRST Tech Challenge Championship, the team was presented with the Inspire Award, which is the top judged award in the FTC. They will now go on to compete at the FIRST World Championship in Houston, Texas in April. FIRST RF is grateful to play a part in fostering the next generation of innovative leaders and looks forward to watching Team 11260 compete in the World Championship!

FIRST RF is proud to have been recognized by BAE Systems' Partner2Win program as a 2021 Gold Supplier of the Year. Despite the COVID-19 pandemic, FIRST RF maintained operational excellence and continued to meet 100% of our tight delivery schedules with 100% quality, supporting BAE's success during an exceptionally unpredictable year. FIRST RF appreciates the award and its reflection of our team's drive to deliver hardware that makes a meaningful difference in the field.

Photo features Mike Sharkey, FIRST RF President

Last week, our community experienced an unimaginable tragedy when the Marshall Fire ignited outside of Boulder and spread into the neighboring cities of Louisville and Superior, resulting in the destruction of over 1,000 homes and other structures. Thousands of people have experienced direct or tangential impact from this fire, including many FIRST RF employees. Our hearts go out to the survivors of this catastrophic event and the entire Boulder community. If you would like to help, please consider visiting the Community Foundation Boulder County website at https://www.commfound.org/grants/get-grant/Boulder-County-Wildfire-Fund.

FIRST RF is pleased to announce the completion of DO-160 qualification for our FRF-274 antenna. This accomplishment marks a huge step, both for FIRST RF and for our partner, Gogo, as they launch the world’s first and only 5G network for aviation. Take a look at Gogo’s video highlighting FIRST RF and the role we played in making in-flight 5G access a reality: https://business.gogoair.com/videos/first-rf-gogo-5g-antenna/

With support from a Phase II Army SBIR out of Redstone Arsenal, FIRST RF recently completed development of a real-time W-Band imaging sensor. This low-cost sensor utilizes sub-optical RF frequencies which can penetrate obstructions such as sand and dust but are also high enough in the RF spectrum to provide relatively high image resolution from a physically small device. These benefits serve a variety of applications including surveillance, rescue, and navigation. We are excited to continue working with Army to improve the quality and latency of this imager's video capture, and we see great potential for W-Band in the future. If you are interested in learning more about this technology, please message us at our website: www.firstrf.com. Distribution Statement A. Approved for Public Release; Distribution Unlimited.

This month, FIRST RF completed testing and delivery of the latest shipset of our FRF-240 radar phased array. This radar antenna sets the standard for Detect and Avoid (DAA) performance for large unmanned aerial systems operating around the globe. Measurements collected using FIRST RF's on-site near-field antenna range are used to accurately calibrate these antenna systems, ensuring the success of their critical safety-of-flight mission.

This summer, a small interdisciplinary team of FIRST RF engineers completed successful flight testing of a millimeter-wave (165-180 GHz) passive radiometer. This instrument provides real-time detection of icing hazards that are created by clouds composed of super-cooled liquid water. The information from this device allows the pilot to safely fly fixed- and rotary-wing aircraft—especially unmanned aerial systems—in a much wider range of operating conditions. FIRST RF plans to mature this technology to offer a first-of-its-kind product to support both commercial and military aircraft.

FIRST RF recently updated our LinkedIn page (https://www.linkedin.com/company/first-rf/) and also launched an Instagram page (https://www.instagram.com/firstrfcorp/). Please follow us there as we share more updates and news about the exciting work we're doing.