DistroLogic AOG Coordination Support is designed to help aerospace and aviation organizations improve operational response, logistics coordination, and supplier visibility during time-critical aircraft support situations.
The solution focuses on supporting rapid coordination across logistics providers, suppliers, fulfillment operations, and distribution workflows when speed and operational visibility are critical.
DistroLogic helps organizations improve responsiveness across complex aerospace logistics environments by supporting operational coordination, supplier communication, shipment visibility, and time-sensitive parts movement workflows.
Core Capabilities
- AOG
Logistics Coordination
Support for grounded aircraft response workflows and operational coordination. - Time-Critical
Parts Movement
Coordination support for urgent aerospace shipment and fulfillment activity. - Supplier
Visibility & Communication
Improved operational visibility across suppliers and logistics partners. - International
Aerospace Logistics Support
Coordination support for domestic and cross-border aerospace logistics operations. - Operational
Workflow Visibility
Real-time insight into logistics and fulfillment workflows supporting aerospace operations.
Operational Benefits
- Faster operational response
- Improved supplier coordination
- Increased logistics visibility
- Reduced workflow friction
- Enhanced responsiveness across aerospace operations
RIDGID® Diagnostics tools are built on a simple truth: you can’t fix what you can’t see. We deliver professional inspection and locating solutions that help technicians find, view, and pinpoint problems with industry-leading accuracy, whether inspecting pipes, drains, or underground utilities. Designed to work seamlessly together, RIDGID diagnostic reels, pipe inspection cameras, monitors, locators, and recording systems enable faster setup, reliable compatibility, and efficient workflows for inspection, verification, and precise locating.
Best of all: they’re built to last, no matter how many times you jam a cable down an iron pipe or drag a reel out of a truck.
Lubricante de alta viscosidad superior a los 50,000 cSt. Aumentando la vida de sus engranajes incluso en los entornos más complicados.
As a pioneer in direct TPMS technology, PressurePro partners with leading equipment manufacturers to deliver factory-ready systems that perform where it matters most - on the job site.
Why mining OEMs choose PressurePro:
- Proven performance in extreme heat, cold, and rugged terrain
- Real-time tire data to prevent costly failures and downtime
- Flexible integration options for faster OEM deployment
- Built in the USA to ISO 9001 & IATF 16949 standards
- Trusted by global fleets in the harshest environments
With unmatched OE integration experience, PressurePro helps manufacturers deliver smarter, safer, and more reliable equipment to the mining industry.
Visit us at Booth 269 to discuss integration options
Las llaves hidráulicas TorsionX son herramientas de torque industrial de alta precisión, desarrolladas para aplicaciones críticas de apernado en minería, energía, petróleo, manufactura e industria pesada. Fabricadas y ensambladas en Estados Unidos, combinan ingeniería robusta, materiales de alta resistencia y tecnología de torque controlado para garantizar uniones seguras, confiables y repetibles incluso en las condiciones operacionales más exigentes.
La línea TorsionX incluye modelos Square Drive, Low Profile y Extra Low Clearance, permitiendo trabajar tanto en aplicaciones de alto torque como en espacios reducidos y de difícil acceso. Sus herramientas destacan por su excelente relación fuerza-peso, diseño compacto, sistemas anti-bloqueo, cabezales intercambiables y conexiones multidireccionales que mejoran la eficiencia y seguridad operacional.
Gracias a su precisión y confiabilidad, las soluciones TorsionX son ampliamente utilizadas en mantenimiento industrial, montaje estructural y detenciones de planta, contribuyendo a reducir tiempos de intervención, mejorar la continuidad operacional y asegurar la integridad de uniones apernadas críticas. Además, la marca cuenta con certificaciones ISO 9001 e ISO 17025, respaldando sus estándares de calidad y desempeño industrial.
• Engineered for the military, ready for you. The OCC ALRS reel stand came from a direct collaboration with the U.S. Military. Their input helped us develop a highly portable folding A-frame stand that is designed for quick and easy deployment and operation – built to withstand the rigors of daily use. U.S. Army nomenclature is RL-309/U.
• More functionality, less weight. OCC’s ALRS with its lightweight aluminum construction weighs a third of RL-31 stands (a common military stand) but offers more functionality. This simple to operate stand requires no tools for assembly, can operate from either direction without tipping, and is available with solid or split axles for independent rotation.
• Smart, rugged construction. All the pieces of the ALRS attach to the unit, making assembly a snap. Designed for rugged environments in all temperature ranges, the ALRS is ozone, fungus, and corrosion resistant.
• Constructed of lightweight aluminum and stainless steel hardware, the stand is ozone, fungus and corrosion resistant
• Conforms to Army Performance Specification A3354296
• Designed for rugged environments from rain forests to rugged mountains, from hot and humid to freezing cold, from deserts to coastal conditions
• Available with either 1" square or 1" round axle. Compatible with most common military cable reels (DR-5, DR-7, DR-8, RFO-100 through RFO-1000, and CECOM A336463 compliant reels such as the OCC MARS reels, AFO-100 through AFO-1000)
• Available with solid axles or split axles that allow independent rotation
• Bi-directional operation without tipping over
• No tools required for assembly or disassembly
• Optional storage pouch for ground stakes and/or toe clamps (also optional)
• Fully supported in the DOD logistics system with National Stock Numbers (NSN) for both complete ALRS assemblies and spare/replacement parts
TruCal technology (available on H2S and CO sensors only) actively monitors the sensor integrity and compensates for environmental factors that cause regular electrochemical sensors to drift
An industry first, Diffusion Supervision warns if sensor inlet becomes blocked and unable to detect gas
ni-chrome heating elements provide greater heating element surface area coverage. Precise heat distribution with individually controlled heating zones using a proportional integral derivative (PID) controller that adjusts to different part sizes and geometries. Temperature uniformity of ± 5 °F (± 3 °C) or better. Specially designed pumping system to achieve and maintain high vacuum levels throughout the brazing process. Temperature-controlled, water-cooled chamber helps to prevent condensation of water vapor and reduce magnesium
buildup inside the chamber walls. Optional internal cooling system for improved floor-to-floor time.
Customers are increasingly looking to optimise their production processes. This is primarily driven by the need to maximise their own spindle time for core business activities, with AMA therefore undertaking some of the machining processes. It can take many forms, from simple cutting to more intricate processing in which near net shape pieces are supplied.
Even in AMA businesses whose business is predominantly transactional (so called ‘spot business’) rather than contractual, the processing element is increasing. Pre-machined kits of parts to individual specifications are becoming more commonplace.
In addition to freeing up time for customers and OEMs to focus on more profitable final processing, near net shape processes can improve product quality, reduce variability and enhance component design functionality.
As the industry continues to search for ways to lower buy-to-fly ratios and reduce the amount of waste, near net shape processing will have a greater role to play.
The system integrates real-time physics-based boat dynamics, navigation stacks, and mission logic across distributed computers to replicate complex maritime conditions and communications constraints. As shown, VxSIM synchronizes remote vessel dynamics with local autonomy planning, allowing collaborative testing of unmanned surface and subsurface vehicles (USVs/UUVs) under dynamic ocean environments.
By supporting live-virtual-constructive experimentation, VxSIM provides a unified platform for human-machine teaming, evidential reasoning, and multi-vehicle coordination—enabling coalition partners to validate AI-driven control algorithms, adaptive routing, and mission resilience. Its open-architecture design supports integration with ROS/ROS2, autonomy toolchains, and national simulation frameworks.
Through VxSIM, partners across the AUKUS alliance and Indo-Pacific region gain a sovereign capability to safely advance next-generation autonomy, enhance maritime interoperability, and strengthen defense collaboration through digital twin–driven experimentation and validation.
For fixed installation in most areas and on open deck in ships and offshore unit.
MAIN CHARACTERISTICS
RATED VOLTAGE:
AC 0.6/1 kV ( 1.2 kV )
DC 0.9/1.5 kV ( if voltage to earth dors not exceed 0.9 kV )
MAXIMUM CONDUCTOR TEMPERATURE
+ 90 °C
FLAME-RETARDANT
IEC 60332-1-2 test for single insulated wire and cable
IEC 60332-3-22 test for bunched wire and cables category A
HALOGEN-FREE
IEC 60754 series
SMOKE EMISSION
IEC 61034 series
Weather Modification International STC SA03025CH was utilized and has FAA authority for installation of multiple Aerial Measurement configurations and missions to include the following:
• Ejectable Cloud Seeding Flares
• Burn-in-Place Cloud Seeding Flares
• 3-Dimensional Wind Measurements
• Cloud Condensation Nuclei Measurements
• Aerosol Spectrometer
• Precipitation Imaging
• Cloud Droplet Imaging
• Cloud Droplet Spectrometer
• Isokinetic Aerosol Inlet
• Icing Rate Meter
• Liquid Water Content (LWC) and Total Water Content (TWC) Measurements
• Total Air Temperature Sensor
• Dropsonde Deployment System
• Stepped Frequency Microwave Radiometer
• G-Band Water Vapor Radiometer
• Data Acquisition System
• Pan/Tilt/Zoom Dome Camera
• Structural Hard Points and Pylons
• Aircraft Power Distribution System
• Cabin Equipment Racks
• GPS-Based Tracking System
• Integrating Nephelometer
• Trace Gas Measurements NOy, NOx, O3, SO2, H2O, CH4, CO, CO2
• Radiation Detection
• Iridium Satellite Communication and Data Transfer
The above capability and installations are available with full operational authority as well as being removable in order to utilize dual Airworthiness Categories of Normal and Restricted.
