US Air Force Civil Engineer Center Begins Rollout of High-Tech EOD Robots to Installations
US Air Force Civil Engineer Center Begins Rollout of High-Tech EOD Robots to Installations

US Air Force Civil Engineer Center Begins Rollout of High-Tech EOD Robots to Installations

The U.S. Air Force Civil Engineer Center’s Readiness Directorate made its first delivery of the new medium-size explosive ordnance disposal robot to the field Oct. 15, to Tyndall Air Force Base. Over the next 16-18 months, AFCEC will deliver 333 high-tech robots to every EOD flight Air Force-wide. The Man Transportable Robot System Increment II, or MTRS II, is a remotely operated, medium-sized robotic system that enables EOD units to detect, confirm, identify and dispose of unexploded explosive ordnance and other hazards from a safe distance. Each active-duty, Guard and Reserve flight will receive 3-5 robots. The MTRS II replaces the decade-old Air Force Medium Sized Robot, or AFMSR, and provides a more intuitive and user-friendly experience

AFCEC completed the first of several planned deliveries — four new robots to the 325th Civil Engineer Squadron and three to the 823rd Rapid Engineer Deployable Heavy Operational Repair Squadron, Detachment 1. While the AFMSR technology was already outdated, the need to replace it became more dire after Hurricane Michael destroyed all robots in the repair facility at Tyndall AFB in October 2018. With support from the Air Force Installation and Mission Support Center, AFCEC was able to develop and field the new system in less than two years. Among the first group to complete the 16-hour-long OPNET course was 325th CES’s Senior Airman Kaelob King, who said the user-friendly nature of the new system greatly enhances EOD capabilities.

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US Air Force Civil Engineer Center Begins Rollout of High-Tech EOD Robots to Installations
Senior Airman Jacob Runfola, Airman 1st Class Aaron Talton, and Senior Airman Matthew Kale, all with the 325th Civil Engineer Squadron explosive ordnance disposal flight, operate a Man Transportable Robotic System – Increment II, or MTRS II, robot during a demonstration at Tyndall Air Force Base, Fla., Oct. 15, 2020. The 325th CES EOD flight was the first unit within the Air Force to receive the new system. (U.S. Air Force photo by 2nd Lt. Kayla Fitzgerald)

Over the next 16-18 months, every EOD flight can expect to receive 3-5 new robots and an Operational New Equipment Training course. The new camera is much more efficient,” King said. “Our last camera was like looking through a fuzzy screen versus this one with multiple cameras up to 1080p with optical and digital zoom. In addition to improved optics, King is also pleased with the adaptability and flexibility of the new system. Being able to update or rewrite the software means the Air Force can easily expand our capabilities down the road by adding tools, sensors and other attachments, whereas the old model required hardware updates. In our field, having a flexible, autonomous robot is a really good thing.”

The new equipment also provides a competitive edge to the EOD career field. The biggest thing these new robots provide for CE is an enhanced force protection capability to protect people and resources from explosive-related incidents, enable air superiority and quickly resume airbase mission activities. The cameras, the controls, the communication systems – we’re able to get a lot more into a smaller package and we’re able to be safer and more efficient. In addition to the $43 million MTRS II acquisition, AFCEC also plans to complete a large robot acquisition in the coming months to replace the aging Remotec F6A.

US Air Force Civil Engineer Center Begins Rollout of High-Tech EOD Robots to Installations
Two Man Transportable Robotic System – Increment II robots are pictured during a demonstration at Tyndall Air Force Base, Fla., Oct. 15, 2020. The 325th Civil Engineer Squadron explosive ordnance disposal flight was the first unit within the Air Force to receive the MTRS II. (U.S. Air Force photo by 2nd Lt. Kayla Fitzgerald)
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