Announcement: Resono Pressure Systems at the 2024 AIAA Aviation Forum
July 2024:
We are thrilled to announce that Resono Pressure Systems will be attending the 2024 AIAA Aviation Forum. We invite you to visit our booth for a live demonstration of our cutting-edge pressure systems - Chronos. Our team of experts will be on hand to provide detailed insights, answer your questions, and discuss how our innovations can benefit your projects.
Join us to see our technology in action and engage with our specialists. We look forward to connecting with industry leaders and sharing our latest advancements.
See you at the 2024 AIAA Aviation Forum!
Date: July 29 - August 2
Location: Las Vegas, NV
Booth: #9
We are thrilled to announce that Resono Pressure Systems has been awarded a new STTR contract with the U.S. Navy!
May 2024:
This partnership marks a significant milestone in our commitment to innovation and excellence.
We are proud to contribute to the technological advancements that support our Navy's mission. Our team, in collaboration with the University of Wyoming, is eager to bring our combined expertise to the table, advancing unmanned aerial vehicle technologies and delivering solutions that make a difference.
A big thank you to the U.S. Navy for trusting in our capabilities and to every member of the Resono and University of Wyoming teams whose hard work and dedication made this possible. Here's to achieving great things together!
We're thrilled to unveil the latest addition to our offerings: the Presa API!
April 2024:
The network interface to our data acquisition system, Presa, is now available and packaged as LabVIEW VIs, making integration seamless and efficient. The Presa API empowers you to effortlessly communicate with Resono’s Presa system through simple TCP queries, ensuring smooth integration of our unsteady pressure measurement system into your facility's data system.
Download the API here and unlock the possibilities!
Join Resono Pressure Systems at AIAA SciTech 2024
Resono Pressure Systems is excited to announce our participation in the 2024 AIAA SciTech Forum this January. Our team has diligently conducted experiments to validate the Chronos system's advanced capabilities in measuring fluctuating surface pressure in a low-speed wind tunnel testing application.
We will be sharing the results at the SciTech Forum during the second week of January. We invite attendees to connect with us at the forum and explore how Resono Pressure Systems' innovative solutions can enhance your unsteady pressure measurement capabilities.
Resono Pressure Systems Recognized by NASA Langley with Group Achievement Award
Resono Pressure Systems, a leading innovator in unsteady pressure measurement technology, is thrilled to announce that a recent measurement campaign at NASA in which they participated has been honored with a prestigious Group Achievement Award from NASA. The award ceremony, held in August, celebrated the remarkable success of the joint project conducted during the summer of 2021. This recognition is a testament to the outstanding contributions made by Resono Pressure Systems and its dedicated team.
Resono Pressure Systems instrumentation was used to characterize the unsteady wind loads on the upper portion of the Space Launch System during lift off. We are proud to have played a part in this significant achievement and extend our gratitude to the NASA Langley team that led the effort. The teamwork, dedication, and commitment of every individual were key to the project's success. We look forward to future collaborations that continue to push the boundaries of unsteady aerodynamic testing and instrumentation.
If you would like to know more about our work on this project, we invite you to check out our case study on our website https://resonopressuresystems.com/case-studies/
Resono Pressure Systems is pleased to announce the successful completion of the upgraded hardware and software suites for the Air Force Research Laboratory.
The second generation of the Chronos system, which was shipped out last week, comes equipped with an array of new features and enhanced capabilities.
The noteworthy additions to the updated Chronos system focus on improving usability and seamless integration with existing wind tunnel test and measurement infrastructure. The implementation of Presa API now enables the Chronos system to work in tandem with existing data acquisition systems, simplifying its integration into standard wind tunnel testing operations. Furthermore, the inclusion of automatic tubing geometry model estimation enables rapid creation of computerized models for the test subject's tubing system, enhancing testing efficiency. Additionally, we've introduced a calibration standard to our Presa system, streamlining the calibration of pressure sensors and scanners between tests, ensuring the highest accuracy and data quality in wind tunnel testing campaigns.
Introducing the Next Evolution in Resono’s Product Family: Pmax Version 2
Laramie, 30 August 2023 – Resono Pressure Systems Inc., is thrilled to announce the release of the latest iteration of its flagship software product Pmax along with enhancements in its data acquisition system Presa. Building upon the success of the previous version, Pmax 2 is set to further elevate pressure scanner user experiences to new heights.
What's New in Pmax 2?
This new release comes packed with innovative software features designed to empower users in the aerodynamic test and measurement industry. The Pmax 2 embodies Resono’s commitment to continuous improvement and its dedication to delivering unparalleled value to its customers.
Key Features of Pmax 2:
- Feature 1: API for integration with third party data systems (with example code for LabVIEW, and implementation guidance for other platforms)
- Feature 2: Automatic tubing geometry identification
- Feature 3: Pressure Scanner EEPROM (onboard memory) query
User-Centric Design
Pmax 2 boasts a sleek and intuitive user interface, ensuring that both newcomers and seasoned users can seamlessly navigate its functionalities. The design philosophy behind the product guarantees an unparalleled user experience that fosters efficiency and productivity.
Enhanced Performance
With a focus on performance optimization, Pmax 2 is a vast, yet familiar refinement of the previous version. Users can expect fast sensor and scanner calibration, seamless tubing response characterization and streamlined data acquisition and processing that accelerate their workflow and reduce downtime in wind tunnel campaigns.
Availability
Pmax 2 is the software infrastructure behind Resono’s unsteady pressure measurement system Chronos. It is available for purchase at www.resonopressuresystems.com. Existing Chronos users are eligible for an exclusive upgrade discount, ensuring that they can experience the latest innovations at a fraction of the cost.
If you would like more information about Pmax 2 or Resono’s other initiatives, please visit www.resonopressuresystems.com or follow us on LinkedIn.
Resono Pressure Systems wins Air Force SBIR contract to develop a robust dynamic pressure measurement platform for aerospace test and evaluation facilities
July 2022:
Robust and accurate measurement of unsteady surface pressure is vital for the characterization, modeling, prediction, and control of hypersonic and airbreathing propulsion systems. However, time-resolved unsteady pressure measurements at many locations with high accuracy and reliability during propulsion, wind tunnel, and flight testing have been challenging for instrumentation engineers. In addition, flush-mounted sensors are expensive and fragile, whereas pressure measured using remotely located transducers suffers from pneumatic distortion. The objective of the current effort is to use an approach previously developed by Resono Pressure Systems for low-speed aerodynamic testing to address the needs in harsh testing environments. Based on discussions with the Air Force end-users and customers, the following objectives have been defined to address the unsteady pressure measurement needs in hypersonic and aero-propulsion Test and Evaluation facilities. The single system previously used to perform all functions (calibration, characterization, acquisition, post-processing) will be separated into component subsystems to work with existing data systems. The data processing algorithms will be improved to account for high-temperature gradients encountered in hypersonic and aero-propulsion applications. The reconstruction software will be re-developed to work in near-real-time, and uncertainty estimates associated with both measurement and reconstruction will be provided. NSA-certified encryption/decryption infrastructure for the secure transmission of the unsteady pressure measurements will be provided. Resono will provide a robust and cost-effective system enabling routine unsteady pressure measurements in hypersonic and aero-propulsion research, development, test, and evaluation.
Resono Pressure Systems and Air Force Research Laboratory enter beta-testing for the new stand-alone pressure system
July 2021:
Resono Pressure Systems and the Air Force Research Laboratory (AFRL) have entered the beta-testing stage of the STTR Phase II project sponsored by AFWERX. The feedback received at the end of this stage will be implemented in our software and hardware products to enhance their reliability, robustness, and usability. Our technology will enable pressure scanner users to conduct dynamic measurements without the cost and headache associated with miniature pressure transducers.
Resono Pressure Systems and NASA Langley Research Center completed a feasibility study of the new stand-alone pressure system
June 2021:
Resono Pressure Systems just completed a demonstration of our new unsteady pressure measurement system at the 14-by-22-foot wind tunnel facility at NASA Langley Research Center in Hampton, VA. The system was used to measure unsteady pressure on a sub-scale wind tunnel model of the Space Launch System during launch configuration.
Resono Pressure Systems wins Air Force SBIR contract to develop a turn-key unsteady pressure system for wind tunnel testing applications
October 2020:
Resono Pressure Systems and the University of Wyoming Aeronautical Laboratory announce a Phase II STTR award and contract from AFWERX. Resono will develop a turn-key solution for enabling pressure scanning systems to be used in dynamic measurement applications. Our solution will provide flexible, accurate and cost-effective dynamic pressure measurement capability to support unsteady aerodynamic research at Air Force Research Laboratory.
Resono Pressure Systems awarded research and development grant from the Department of Energy
July 2018:
Resono Pressure Systems has been awarded a phase 1 STTR grant from the Department of Energy’s Office of Science to develop a robust unsteady pressure measurement system capable of being installed on a commercial-scale wind turbine and long-term time-accurate blade aerodynamic measurements.
Resono, along with long-term partner University of Wyoming, will focus on a robust, self-contained system that is capable of long-term operations on a wind turbine blade in a field environment. A user-friendly graphical interface, communication systems, and software for post-processing the raw pressure measurement data will also be developed. The wind turbine industry could utilize such a system to advance the quality of experimental measurements in their respective fields. In addition, improvement in the models used to design wind turbines and wind plants would be possible using the data generated by the proposed system to validate the models thereby leading to improved predictive capability.