revolutionary SkyGuardian® remotely piloted aircraft system
(RPAS) that has been missionized using “bolt-on/bolt-off” maritime
sensors. SeaGuardian is designed to fly over the horizon via
satellite for over 30 hours (depending on configuration) in all
types of weather and safely integrate into civil airspace, enabling
joint forces and civil authorities to deliver real-time situational
awareness anywhere in the maritime domain—day or night. This
highly versatile maritime patrol and reconnaissance aircraft can
seamlessly integrate a centerline wide-area maritime radar, an
automatic identification system (AIS), electronic support measures,
and a self-contained anti-submarine warfare (ASW) mission kit.
SeaGuardian not only integrates the most advanced maritime
intelligence, surveillance, and reconnaissance (ISR) capabilities,
but it is also the first RPAS in its class to enable real-time search
and patrol above and below the ocean’s surface.
Harold took his first twin-engine airplane ride at the age of nine. He grew up near an Air Force base in Charleston, SC, and, with a father in the Marines, he was familiar with aviation. However, he never seriously considered it as a career. After graduating high school, he began working for a land survey company.
One day, Harold received a call from one of his close friends. He asked if Harold would attend a tour of an aviation maintenance tech school with him to keep him from being talked into enrolling on the spot. Being a good friend, Harold obliged. Something stuck with Harold on the tour, and the following month, he began aviation maintenance technology classes…while his friend went on to become a cross-country truck driver.
As it turned out, Harold had a natural instinct for the industry.
He began his career as an aviation maintenance technician II at Delta Air Lines, gaining hands-on experience before expanding into material management and contract support. Over time, he moved into leadership, ultimately serving as a senior logistics manager. His path continued in education, where he served as Director of Aviation for the Technical College System of Georgia, helping shape the next generation of aviation professionals.
From there, Harold stepped into a leadership role at Pratt & Whitney, where he saw firsthand how disciplined processes and a strong quality culture directly impact both operational performance and long-term success. He oversaw multiple engine assembly lines, including both commercial and military programs, as well as high-thrust test cell operations.
Eager to return to the airline side of the industry, he later joined United Airlines Express, where he led planning and strategy for heavy maintenance and fleet operations. Most recently, before joining Mint Turbines, Abraham served as General Manager of a Part 145 component MRO, specializing in the overhaul of military aircraft components for U.S. and international customers.
New start at Mint Turbines:
For Harold, the decision to join Mint Turbines came down to a combination of stability, culture and opportunity.
With a 40+-year track record, Mint Turbines’ longevity stood out immediately. But just as important was the company’s culture, one rooted in family, care for employees and pride in the work being done.
“What really stood out,” Harold shared, “was the opportunity to combine my experience with Mint Turbines’ foundation to help take the company to its next level of growth.”
Rather than making sweeping changes, Harold has taken a deliberate approach in his first months in the role.
“The most important objective is to learn before you lead,” he said.
His focus has been on understanding both the operation and the people behind it, how the business functions day to day, and how teams collaborate to deliver results. At the same time, he’s already begun introducing incremental improvements, including enhancements to quality processes.
Mint Turbines is continuing to grow its PT6 lines of business through strengthened OEM partnerships, while also working closely with GE to expand its T700 overhaul capabilities. With a T700 test cell already in place, Mint Turbines is positioned to deepen its role in both sectors.
Beyond operations and growth strategy, one of the biggest surprises for Harold has been the people.
Mint Turbines’ team is a mix of long-tenured employees and newer additions, many of whom are deeply connected within the Stroud community. That sense of familiarity and pride in the work creates a culture that is both tight-knit and welcoming.
“It’s a group that takes pride in what they do…and that matters.”
Beyond the Shop:
For Harold and his family, the transition to Stroud has been positive.
After living in smaller towns before, he appreciates the balance Stroud offers. Local favorites like D’s Diner and nearby restaurants in Cushing have already become favorites, along with the community’s hospitality.
Outside of work, Harold enjoys spending time with his dogs, regularly taking them to the Edmond Dog Park on Sunday afternoons, where a dedicated group of dog owners gathers each week.
Fun fact: in addition to his A&P licenses, he also holds a pilot’s license.
Looking ahead:
As he steps into his role as General Manager, Harold’s priorities are clear: maintain the highest standards of safety, quality and compliance, while continuing to deliver for customers and build strong partnerships.
With his experience, from airline operations to OEM manufacturing, and a leadership philosophy grounded in continuous improvement, Mint Turbines is well-positioned for its next phase of growth.
We are a highly respected engineering-focused company led and U.S. veterans, many of whom are engineers.
CymSTAR is a key member of the industry team awarded the USAF Simulator Common Architecture Requirements and Standards (SCARS) contract.
By collaborating with ATS contracts, our engineering team is leading the way in creating virtualized and containerized simulation solutions, promoting the integration of Virtual/Augmented/Mixed Reality (VR/AR/MR) in training devices, and guaranteeing compliance with the most current cybersecurity standards.
To ensure that our contract commitments deliver effective and enduring solutions for training requirements, CymSTAR has assembled a team of program managers, systems engineers, software engineers, electrical engineers, mechanical engineers, aerospace engineers, technicians, assemblers, and technical writers with diverse skill sets.
Our engineers are well-versed in operating system upgrades, aerial refueling and flight/ground aerodynamics modeling, Distributed Mission Operations (DMO), and integrating numerous simulator subsystems into training devices.
Weight : 250 kg
Length : 2165 mm
Bomb Filling : TNT
Detonation Mechanism : Nose Impact Fuze
The BGAN Explorer 710 is not just a device; it is a promise—a promise that when duty calls, when our brave men and women in uniform step into the unknown, they will never be without the communication they need to succeed.
Global Connectivity for Every Mission: With the Inmarsat Global Xpress (GX) network, the BGAN Explorer 710 delivers consistent, high-quality voice and data services, ensuring that no matter where the mission takes us—through mountains, across seas, or deep into hostile territories—we stand united, connected by the strength of reliable communication.
High-Speed Data and Voice: In moments of urgency, in those fleeting moments when decisions must be made, speed matters. The BGAN Explorer 710 provides fast, secure data transfer, with download speeds up to 650 kbps and the ability to handle real-time video, intelligence, and communications with ease. With the ability to make multiple simultaneous voice calls, it ensures that no message is ever left unheard.
Enduring, Rugged, and Ready: Built to withstand the elements—through dust, water, and the trials of extreme environments—the BGAN Explorer 710 is a symbol of resilience. It is designed to endure, standing strong against the challenges it will face in the heat of the moment, ready to empower you when it is needed most.
Seamless, Rapid Deployment: The BGAN Explorer 710 is designed with purpose—compact, lightweight, and easy to deploy. When the call for action comes, it requires no more than a few moments to establish connection, ensuring your mission can proceed without hesitation, without delay.
Empowering the Mission, Wherever You Stand: In times of great need, when the world demands our attention, the BGAN Explorer 710 ensures we stand tall, connected, and ready to lead. With GPS integration, secure voice, and high-speed data access, it is the backbone of operational efficiency, providing critical information to guide each and every step of the mission.
Together, we can rise to meet the challenges of today. With the BGAN Explorer 710, we remain connected, we remain resilient, and we remain united in purpose—wherever our mission may lead us.
OK Chemical Indicator Strips confirm that all critical parameters of steam sterilization have been met: time, temperature, and saturation (ANSI/AAMI/ISO 11140-1:2014 ).
OK® Strips feature an instantly recognizable “OK” symbol after exposure to an effective steam sterilization cycle. “K” will turn from off-white/white to dark brown/black color.
The 8″ indicator strip features an indicator dot at the opposing end to extend its reach in a tray or other sterilization packaging.
The patented MXR® is primarily chambered in 9 x 19mm NATO and is caliber convertible at the user level without tools to accommodate 7 different calibers including .22LR for cost effective training, 5.7 x 28mm for high velocity trajectory with armor piercing capability at short to medium ranges, and 10 x 25mm Auto for hard-hitting terminal performance. Principally configured with Glock® pattern magazines, the FightLite® MXR® is also convertible at the user level to accept common pistol magazines from a variety of manufacturers including Beretta®, S&W®, Sig Sauer®, FN®, CZ®, Walther® and others.
The MXR® ambidextrous reciprocating charging handle and ambidextrous controls with 3-position pictogram selector markings provide the advantages of ergonomic user interface and integral bolt forward assist, with the ability to quietly chamber and confirm loaded round. Engineered and produced in the USA of aerospace grade materials combined with high-impact polymer components for a lifetime of hard use; the MXR® monolithic receiver features either MIL-STD 1913 or STANAG 4694 NATO Accessory Rails (NAR) at the 6 and 12 o’clock positions and Magpul® M-LOK interfaces at 3 and 9 o’clock positions for optimum strength and accessory retention.
Configured with time-proven blowback operation from a closed bolt and a quick-change threaded barrel for suppressor use; the MXR® can be field stripped in seconds without tools to provide for easy takedown, maintenance, and mission-specific configuration. Further MXR® customization is provided with use of an M16/M4 compatible fire control group, pistol grip and receiver extension (buffer) tube interfaces to suit user preferences and ergonomics.
Available in semi-automatic pistol, carbine and select-fire submachine gun models suitable for law enforcement and military use. MXR® - One Weapon, ANY Mission!®
Note: Beretta®, S&W®, Sig Sauer®, FN®, CZ®, Walther®, Glock® and Magpul® are registered trademarks of their respective owners and have no direct business affiliation with ARES® Defense Systems, Inc., FightLite® Industries or its products.
It retains the key aerodynamic and structural characteristics of the original model while optimized for testing, demonstration, and exhibition purposes.
"Experience the ultimate in hair and skin care with OKAY Extra Dark Black Jamaican Castor Oil with Coconut Oil. This 100% natural blend combines the restorative power of extra dark castor oil with the deep hydration of coconut oil to nourish and replenish both hair and skin. Designed to moisturize and strengthen, it helps soothe dry scalps, balance oily hair, and promote the natural growth of strong, healthy hair. Suitable for all hair types, this oil reduces breakage, enhances elasticity, and leaves hair soft, shiny, and manageable. On the skin, it provides deep hydration, soothes irritation, and supports a smooth, healthy complexion. Made in the USA and free of harmful additives, it’s the perfect all-natural solution for your daily care routine."
Thumb. As a replacement to the the standard mounting system for the Point Thumb, the Point Pivot+ provides
many functional benefits to the patient. It allows the Point Thumb to be moved from an oppositional position
to a lateral position. Additionally, it enables rotation of the flexion/extension plane of the Point Thumb,
allowing for a greater number of achievable hand grasps.
Bray’s SlurryShield® portfolio includes three engineered slurry knife gate valve series—762, 767, and 768—designed to provide reliable bidirectional isolation in abrasive and demanding slurry applications. Across the range, these valves combine twin elastomer sleeves, push-through gate design, and zero-leakage shutoff performance to help reduce media buildup, protect internal components, and extend service life in severe process conditions.
Bray’s heavy-duty slurry valve for demanding industrial service. It features a durable ductile iron body, a two-piece bolted flange style, and a full-bore design that minimizes resistance to line media. The Series 762 is designed to deliver reliable performance and easy maintenance in applications across mining, power, pulp & paper, alumina, chemical, and cement industries.
The Series 767 is specifically engineered for high-pressure slurry applications. Built with a cast WCB body and designed for higher pressure ratings, it combines Bray SlurryShield® technology with a robust gate, replaceable elastomer sleeves, and a full-port flow path to deliver bidirectional zero-leakage shutoff in abrasive and corrosive environments.
The Series 768 is an engineered solution for heavy-duty slurry handling applications where a compact wafer face-to-face dimension is an advantage. Equipped with Bray SlurryShield® technology, it incorporates twin elastomer sleeves, a self-cleaning gate, and a full-port design, while also allowing onsite sleeve replacement for faster return to service and long operating life.
What unites all three series is Bray’s advanced SlurryShield® technology. This proprietary system uses engineered elastomer sleeves and a fully encapsulated J-ring design to improve memory return, support zero-leakage isolation, shield metal components from direct contact with the media, and help reduce discharge compared with conventional slurry valve designs. The result is a portfolio built to improve reliability, simplify maintenance, and support longer service life in severe slurry applications.
facilitate the integration of new and existing processor technologies, and readily supports future growth and
technology insertion. Our advanced technology offers a range of sonar system capabilities to support a
variety of platforms and missions.
Our wide scope of tooling capability includes:
Stretch Form Blocks
Hydro Form Blocks
CNC Mill Fixture
Rout Fixtures
Drill Jigs
Assembly Fixtures
Inspection Fixtures and Templates
Benchmark Phoenix site co-locates precision microelectronic assembly capabilities with design engineering and Surface Mount Technology (SMT) capabilities, overcoming your size, weight, and power (SWaP) challenges. We excel at developing microelectronics processes for RF systems, particularly at challenging millimeter-wave (mmWave) frequencies. On-site photonics expertise supports the development of photonics test, assembly, and packaging solutions. This combination makes Benchmark the partner of choice for mixed-technology applications in defense, next-gen communications, and advanced computing.
Sites are optimized for low-volume/high mix to medium-volume production. All sites offer numerous certifications and registrations.
ADVANCED CAPABILITIES
Microelectronics assembly, automation, and test engineering services from one provider
Microelectronic packaging capabilities for a wide range of ceramic and open-cavity plastic packages, including System-in-Package (SiP) applications
Broad microelectronics bonding and attachment capabilities
Customized automated processing for high production volumes
Advanced testing and failure analysis capabilities using 2D and 3D x-ray inspection and scanning electron microscopy
Precision optical alignment
With the GSG-8 Simulator, you can generate RF signals to simulate how your receiver device will react in the real world, under the simulation parameters that you set. Control every aspect of your simulation, including 6 Degrees of Freedom (DoF) receiver trajectories, multi-vehicle simulation, multi-path signals, jamming and spoofing, as well as atmospheric interferences.
The GSG-8 is the most popular positioning, navigation, and timing test solution offered through Safran’s GSG family of Skydel-based simulators. It was developed to deliver the highest standard of Global Navigation Satellite System (GNSS) signal testing and sensor simulation performance in an easy to use, upgradable and scalable platform.