• Bump test T40 II RattlerTM monitors in just 15 seconds
• No training needed - simple interface is intuitive ,
one button starts all bump tests
• Automate device management with programmable
settings
• Enhance productivity and safety with ultra-fast gas
monitor maintenance
• Easily download event log
Com vídeos e animações pra mostrar o que acontece dentro do motor
THE MOST ADVANCED LOW-CLEARANCE HYDRAULIC BOLTING TOOL, THE STEALTH WRENCH IS DESIGNED TO FIT WHERE OTHER TORQUE TOOLS CAN’T REACH. THIS TOOL IS THE OPTIMAL SOLUTION FOR TIGHTENING PROTRUDING BOLTS AND APPLICATIONS WHERE SQUARE DRIVE TOOLS CAN’T FIT.
EASY-TO-USE
WITH A 360/180 DEGREE UNISWIVEL, THE HYDRAULIC HOSE IS EASILY MOVED INTO A POSITION THAT ALLOWS FOR SAFE AND EASY OPERATION OF THE TOOL.
KATFISH™ provides unprecedented high-resolution ACR of 3.5 km^²/hr with 3.3 cm x 3.0 cm* constant resolution across ranges up to 200 m per side with simultaneous 3D bathymetry. *1.9 cm x 2.1 cm constant resolution possible with post-processing.
KATFISH™ incorporates Kraken’s latest generation Real-Time SAS
processor. RTSAS enables real-time processing of SAS imagery and bathymetry. On-board Automatic Target Detection survey data and contacts can be viewed directly on the ship as it is collected, or remotely from a mothership or shore-based command station.
All of our products can be designed to meet the specific needs of your aircraft and test campaign. Interested in a product you don’t see below? Contact us – chances are we can design and build one for you.
Autonomous and unmanned systems bring about the opportunity to take people out of field operations and allow these systems to do the dull and dirty work. Additionally, these systems genuinely save lives, as unmanned systems can do all sorts of dangerous tasks: mine hunting, piracy surveillance and deep-sea survey - the list is endless. L3Harris is among the industry’s most experienced, tested and successful developers, employing the smartest and most agile minds to deliver safe, efficient and reliable solutions. The company's autonomous surface vehicles (ASV) have performed over 2,100 hours at sea without human intervention. In fact, L3Harris has delivered three times more than competitors. This foundation has enabled L3Harris to develop both mission and hull, mechanical and electrical (HM&E) autonomy, which supports the ASV’s operation at sea without human intervention.
• Max Speed : 70-83 Km/Hours
• Ramp Power : 40%
• Max Power : 130/2.700 PS/rpm
• Max Torsinal Momment : 38/1.800 kgm/rpm
• Rear Wheel Drive System : 4x4 Hi Low
• Main Brake : Vacuum servo with dual circuit
• Equipped with booster
• Tire Size : 7.50 x R16 14PR
- These lights indicate the aircraft's position, flight direction, and attitude
- Visible/IR Mode, Steady/Flash Mode
- Light Intensity : FAA FAR 29.1391 ~ 29.1395
- SAE ARP 5825A
ES3 provides services for F-16 sustainment including engineering assessment, modifications, upgrades, inspections, repairs and enhancements. Our inspection services include structural and electrical assessments as well as on-site support for any Time Compliance Technical Order (TCTO) or major repair related to the airframe. ES3 has been providing support for the F-16 weapon system for more than 15 years and ES3 Staff are experienced in design, engineering analysis, overall airworthiness and structural viability of the platform. Our top three staff members have more than 70 years in combined engineering experience resolving F-16 deficiencies.
a. Designed to meet operational field requirements
b. Provides protection against blunt force trauma
c. Made from high-quality and durable materials
d. Secured with a buckle and Velcro locking system
e. Adjustable
Processes data locally without needing cloud or network connections.
Provides immediate alerts and actionable insights in real time.
Avoids the delay and vulnerability of sending raw data over contested networks.
High-Speed Performance: The D-18 is known for its speed and agility, which allows it to quickly maneuver in various maritime environments, making it suitable for interception, coastal patrols, and rapid deployment of personnel.
Stealth Design: It incorporates a low-profile design with stealth features that reduce its radar signature, helping it operate covertly in hostile environments.
Armament: The Combat Boat D-18 can be fitted with various types of weaponry, depending on mission requirements. These typically include machine guns, grenade launchers, anti-ship missiles, and other light to medium weapon systems.
Personnel Capacity: capable of transporting small units of special forces or marines, often between 8 to 12 troops, in addition to its crew.
Modular and Versatile: The D-18 can be configured for multiple roles, such as fast interdiction, anti-piracy missions, and even medical evacuation in emergency scenarios.
Construction: Made with materials Allumunium to ensure durability and survivability while maximizing speed and fuel efficiency.
Shallow Water Capability: Its design allows for operation in shallow coastal waters, enabling amphibious landings and operations in riverine environments.
Aery RAVEN is a rapidly deployable, multi-mission airborne platform designed to deliver operational capability at the speed modern defense missions demand. Built to support Intelligence, Surveillance and Reconnaissance (ISR), Electronic Warfare (EW), training, test, and emerging mission requirements, RAVEN provides military operators with an immediate path to fielded capability—without the long timelines, cost, and inflexibility of traditional acquisition programs.
As mission environments evolve faster than conventional aircraft modification cycles, operators increasingly need platforms that can adapt in weeks and months rather than years. RAVEN was developed to close that gap. Instead of investing in a dedicated single-purpose aircraft that becomes difficult to modify as requirements change, users gain access to a flexible, reconfigurable system designed to evolve alongside operational needs.
At its core, RAVEN combines the speed and efficiency of a commercial-derivative jet platform with an open, modular architecture capable of supporting multiple payload configurations. The aircraft can transition between ISR, EW, communications support, and specialized test profiles with significantly reduced integration timelines compared to traditional platforms.
RAVEN’s mission architecture enables rapid payload changes and flexible system integration, allowing operators to configure capability based on current objectives rather than platform limitations. This approach supports faster experimentation, accelerated concept validation, and reduced operational disruption when requirements shift.
The platform is designed to support stand-off operations and distributed mission execution while providing operators with a responsive airborne environment for sensing, electronic effects, communications, and mission management. Integrated operator workstations and configurable mission systems create a scalable operating environment capable of adapting to changing scenarios and customer-defined requirements.
For electronic warfare applications, RAVEN supports reconfigurable mission equipment and payload options that enable rapid adaptation across operational environments. For ISR missions, the aircraft provides a flexible foundation for airborne sensing and intelligence collection profiles. Additional configurations support training events, test activities, communications relay functions, and mission experimentation.
Unlike traditional acquisition approaches that require years of engineering, modification, certification, and sustainment before operational use, RAVEN is available through flexible service-based models that accelerate access to capability while reducing upfront program risk. Operators gain the ability to deploy capability now, refine requirements through use, and scale as mission demand evolves.
Key Highlights
- Rapidly deployable airborne ISR and EW capability
- Multi-mission platform configurable across ISR, EW, test, and training roles
- Open and modular architecture supporting evolving payload integration
- Commercial-derivative jet platform optimized for speed and responsiveness
- Reduced fielding timelines compared to traditional acquisition pathways
- Flexible service-based contracting models available today
- Reconfigurable mission systems designed to adapt to changing requirements
- Enables experimentation, rapid integration, and accelerated operational access
RAVEN is built for organizations that cannot wait years for capability delivery. It provides a practical path to operational readiness—delivering adaptable airborne effects when timing, flexibility, and execution matter most.
