- Deploy: air-launched from a host aircraft and autonomously transitions into stable flight mode.
- Navigate: autonomously navigates and maneuvers across diverse terrain toward a pre-planned destination, including operating effectively in GPS-denied or degraded environments.
- On target: upon reaching the designated landing zone, Grasshopper™ transitions to terminal descent and lands precisely under parachute to deliver its payload.
- GPS-denied or degraded operation: Autonomously navigates toward a pre-planned destination, including operating effectively in GPS-denied or degraded environments.
- Low-cost, expendable: Not intended for recovery or reuse, enabling critical logistics missions without risking personnel or high-value aircraft.
We don’t sacrifice quality for speed. Instead, we build radars that are flexible to install with scalable product architecture. What’s more–we value deep, long lasting relationships built on humility and vulnerability-based trust. This applies to customers, internal team members, and our suppliers. Our 60,000 sq. ft. facility is home to our corporate office, our research and development operations, and our own in-house manufacturing. All of these people are dedicated to one goal: helping our customers understand the bigger picture.
The capabilities of our radars were once thought impossible. We haven’t changed the laws of physics, but we have found new ways to solve complex problems by challenging assumptions.
--Ultra-compact: only 0.300” w x 0.255” h x 0.100” thick
--Up to 1 million cycle life
--Logic level switching capability
--Designed to meet requirements of MIL-PRF-8805/94
--Available in Commercial & Military grades
--Choice of solder or PC pin terminals
--Precision operating points
--Momentary action
--RoHS compliant
Visit www.otto-controls.com to see many other microswitch types.
Polar Power has met these performance goals through an integrated engineering effort involving detailed analysis of engine, voltage regulation electronics, field coil, magnet, stator, rotor, and diode effects on the generators output voltage, current, and electrical quality.
Polar Power selected and optimized the 6200 series alternator using our PMHH technology because it does not require brushes, slip rings, rotating fields, exciters, or field flashing. Its small and compact design allows the use of a bearing-less pancake design.
• Elevating or non-elevating table configurations
• Electromagnetic brake system for smooth, secure positioning
• Sleek, modern design
• Engineered for fast and easy installation
• Available with 40, 50, 65, or 80 kW generator options
• Choice of 200, 300, or 400 kHU X-ray tube capacity
• Open-base design for easy access and simplified cleaning
• Durable fiberglass 4-way floating tabletop for flexible patient positioning
• Spacious tabletop dimensions: 84″ × 31″
• Movable bucky compatible with 14″ × 17″ or 17″ × 17″ DR panels
• Electromagnetic locking bucky system for precise detector positioning
5900 METER (PEPA LP WITHOUT ROCKET ASSISTANCE)
8950 METER (PEPA LP WITH ROCKET ASSISTANCE)
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
If your global commercial strategy includes divestment of non-core assets (or asset rights in markets that are no longer strategic for your business), Tanner can help make the sales process easy and advantageous to your company. Regardless of the indication, we are interested in acquiring products that are well-differentiated and offer a new alternative for patients in need.
Have you acquired a product and need help maintaining a presence in certain geographies? Tanner can help continue and strengthen your presence, maintain registration or re-launch the product quickly and efficiently. Additionally, if you have acquired a product and need to target specific geographies, Tanner can help with our extensive experience and regional expertise.
Ansys SCADE is a model-based solution that supports the entire lifecycle of safety-critical software—from design to certification—for applications such as flight control systems, engine controllers, and cockpit display systems (CDS). It ensures high reliability, real-time performance, and safety compliance required for the development of complex avionics systems.
Key Features
- Model-based embedded software development and automatic code generation
- Compliance with aerospace safety certification standards such as DO-178C, ARINC 661, and FACE™
The MAGIC1A leverages technologies provided by the CPU and GPU: Intel TurboBoost Technology, AVX 2.0 extensions, AES NI instructions, and Hyper-Threading Technology; NVIDIA CUDA® 10; Microsoft DirectX® 12; OpenCL 1.2; OpenGL and H.265 (HEVC)/H.264 hardware encode/decode.
The MAGIC1A has extensive I/O to enable its use in a variety of deployed situations, including Ethernet, USB, ANSI TIA/EIA serial communications, DisplayPort and DVI video output, MIL-STD-1553 and ARINC 429 avionics protocol interfaces, and general purpose I/O.
Optional storage is available and provided by a removable SATA 3 solid state disk, with capacities up to 8 Terabytes with fast purge (single use).
There is a pin-compatible variant for existing customers of MAGIC1.
To be considered, projects should demonstrate clear economic impact in Iowa, such as:
- Working with a high or growing number of in-state suppliers
- Diversifying Iowa’s economy
- Operating in an industry with few in-state competitors
- Creating new jobs or raising wages/skills for existing workers
- Increasing productivity and competitiveness through smart technologies (i.e., automation, robotics, Internet of Things (IoT), additive manufacturing, augmented reality and cybersecurity — often called Manufacturing 4.0)
- Contributing to the state’s gross domestic product
- Adding product lines or services, entering new markets or customer segments, or scaling production and operational capacity.
