PV Labs

While PVLabs has been around for over 20 years, we are an emerging pioneer in next-generation airborne optical sensor systems thanks to a revolutionary method of stabilization combined with Open System Architecture and true modularity that puts us in some FAST company... PV Labs’ Fifth-Generation Advanced Stabilization Technology (FAST) is the “next-generation” of Platform Stabilization System (PSS) technology. FAST addresses the need for improved Size, Weight, Power, Performance & Cost (SWaP²-C) in a way that traditional 3rd & 4th generation stabilized gimbal systems are simply unable to. Additionally, PV Labs’ FAST framework significantly improves the Total Ownership Cost (TOC) when incorporated as common, modular components across the PV Labs’ wide range of gimbal sizes and configurations. The PVXX Modular Open System Architecture further enables class-leading rapid integrated system development for accelerated deployment. All of this is backed by PV Labs’ advanced payload development and integration support capability. Key Features include: • Class-leading next-generation ISR performance with decisive Size, Weight, Power, Performance & Cost (SWaP²-C) advantages. • Larger payload volumes than all other systems in class Scalable performance in a wide range of turret sizes • Modular, Open Systems architecture across all gimbal size ranges and configurations • Fiber Optic based Sensor Management System including optional multi-channel Fiber Optic Rotary Joint (FORJ) for true “glass-to-glass” imaging capability • Simplified system integration • Future proofed investment due to easy payload integration and upgrade as sensor technology advances, without changes to the aircraft installation • Reduced Total Ownership Cost (TOC) through Compatibility, Interoperability, Interchangeability, and Commonality (CI2C) of modules across the entire product family • ITAR free exportability • Superior 5th Gen Stabilization and Larger Sensor Payload Volumes

Waterloo Aerial Robotics Group

The Waterloo Aerial Robotics Group (WARG) is a student design team at the University of Waterloo competing annually in the Aerial Evolution Association of Canada's Student Competition. We are a passionate group of students focused on innovating the Unmanned Aerial Vehicle industry. We take pride in building everything ourselves, from the autopilot and computer vision software, to the custom designed ZeroPilot board that we use on our aircraft.

Kittyhawk Inc

Kittyhawk Inc, a Hot Isostatic Processing (HIP) company, is a small business founded in 1981 by Lois, G.J., and Charles Barré to provide service to the casting industry. The company operation began with a National Forge HIP unit that has a working zone of 18" x 60". Then in 1986, Kittyhawk Products recognized the need for a larger furnace. A 40" x 60" vessel was commissioned and brought on line. In 1995, Kittyhawk Products outgrew its facility and purchased its present location in Garden Grove, CA, doubling their square footage. This move also allowed Kittyhawk Products to upgrade to state of the art controls providing even better quality and service. In 1999, we brought on line a larger, third unit with a 46" x 80" capacity tripling our total HIP capacity. As technology improves, Kittyhawk Products, strives to be at the forefront. Again, in 2005 we upgraded to a more advanced and efficient control system. In 2013, Kittyhawk Products felt the need for a larger unit still. Late that year, construction began on fourth unit with 46” x 100” capacity, which again meant a more advanced and more efficient operating system. This unit was finished mid-2015, and has since helped accommodate the growth in aerospace and other industries. Today, Kittyhawk Products is committed to serving all of its customers. The goal of Kittyhawk Products is, and will continue to be, a quality company that gives personalized service to our customers. We are committed to saving time and lowering costs for our customers. We continue to reach out to different industries through our research and development department; helping others that may also benefit from the use of Hot Isostatic Processing. Find us on Facebook, Instagram (@kittyhawkinc), and Twitter (@KittyhawkInc)

DoKaSch Temperature Solutions

DoKaSch Temperature Solutions runs a fleet of the already well-recognized active cool containers Opticooler RAP (5 pallet) and RKN (1 pallet). The “Made in Germany” Opticooler is valued for its exceptional reliability and performance at any climatic situation and keeps cargo very accurate within the 2-8°C or 15-25°C range. Electricity powered and fully air conditioned, equipped with huge batteries, cooling compressors and heaters, it can cool as well as heat without using dry ice. The Opticooler is a flying temperature-controlled warehouse - even better than a stationary one - and designed to move the most precious pharmaceuticals safe by air to intercontinental destinations. The Opticooler can be rented for temperature sensitive shipments around the globe at several cargo airlines.

laser technology, inc

Laser Technology, Inc. (LTI) Since our founding in 1978, we are the world leader for shearography and holography nondestructive testing (NDT) systems, instruments and training. We invented and delivered the first commercial shearography system in 1986. Many hundreds our laser-based NDT systems are used in the aerospace, semi-conductor, transportation, and marine industries. Shearography is highly effective for the NDT of advanced materials and processes including composites, sandwich panels, CPV and COPV, metal bonded structures, aircraft & rocket engines as well as launch vehicle thermal protection systems. LTI also offers shearography training courses to SNT-TC-1A and NAS-410 for Level II and III. 2024 Shearography & Holography Training Dates: Level II - June 24-28, 2024 **Registration is limited to 10 students with a minimum 4 students needed to conduct course. Laser Technology, Inc. Phone: (610) 631-5043 E-mail: LTI@LaserNDT.com