Teledyne FLIR Partners with STORM to Enhance Drone Integration
Written by Emily J. Thompson, Senior Investment Analyst
Updated: Jul 01 2026
0mins
Source: Newsfilter
- Partnership Announcement: Teledyne FLIR has partnered with STORM to integrate its Black Recon drone system into the RADS platform, enabling rapid deployment across various vehicles and significantly enhancing system adaptability and flexibility.
- Integration Advantages: The open modular architecture of RADS allows Black Recon to be installed, upgraded, or transferred between vehicles in minutes, thereby improving operational efficiency and reducing engineering costs.
- Market Expansion Opportunities: This partnership opens a commercial channel for Teledyne FLIR into RADS-equipped fleets, which is expected to drive broader applications of its drone products in military and security sectors.
- Customer Demand Response: Teledyne FLIR's VP Harald Sørensen stated that RADS provides a standardized way for customers to quickly adapt to changing mission requirements, ensuring sustained operational capability of their vehicles.
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Analyst Views on TDY
Wall Street analysts forecast TDY stock price to rise
7 Analyst Rating
4 Buy
3 Hold
0 Sell
Moderate Buy
Current: 654.980
Low
599.00
Averages
663.29
High
720.00
Current: 654.980
Low
599.00
Averages
663.29
High
720.00
About TDY
Teledyne Technologies Incorporated is a provider of digital imaging products and software, instrumentation, aerospace and defense electronics, and engineered systems. Its segments include Digital Imaging, which includes sensors, cameras and systems, within the visible, infrared, ultraviolet and X-ray spectra for use in industrial, scientific, government, defense, and others; Instrumentation segment offers monitoring and control instruments for marine, environmental, industrial and other applications, and electronic test and measurement equipment; Aerospace and Defense Electronics segment provides electronic and optical components and subsystems, data acquisition and communications components and equipment, harsh environment interconnects, general aviation batteries and other components, and Engineered Systems segment provides systems engineering, integration and technology development and manufacturing solutions. It also develops and manufactures gas sensors for critical applications.
About the author
Emily J. Thompson
Emily J. Thompson, a Chartered Financial Analyst (CFA) with 12 years in investment research, graduated with honors from the Wharton School. Specializing in industrial and technology stocks, she provides in-depth analysis for Intellectia’s earnings and market brief reports.
Teledyne Promotes Michelle Hildyard to General Manager of Marine Brands
- Leadership Change: Teledyne Technologies has promoted Michelle Hildyard to General Manager of Teledyne Raymarine and Teledyne FLIR Marine brands, overseeing marine electronics and thermal camera portfolios, indicating the company's commitment to the marine market.
- Strategic Focus: In her new role, Hildyard will concentrate on enhancing product innovation and operational performance, aiming to deliver integrated solutions that improve safety and enjoyment on the water, thereby maintaining the company's competitive edge in a challenging market.
- Extensive Experience: Hildyard brings over 20 years of industry experience, having served as Vice President of Operations for Raymarine and FLIR Marine, where she led supply chain, engineering, and product management, showcasing her strong leadership and market insight.
- Educational Background: Hildyard holds a Bachelor of Science degree from the University of Reading and an MBA from the University of Southampton Business School, further enhancing her expertise in both technical and business domains.
See More
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- Radiation Test Results: Teledyne e2v Semiconductors announced that its EV10AS940 ADC performed excellently in multiple radiation tests, with no single event latch-up observed under conditions of up to 94 MeV·cm²/mg LET, ensuring reliability in space applications.
- High-Performance Application Support: This ADC features a 10-bit resolution and a conversion speed of 12.8 GSps, making it suitable for high-bandwidth applications such as satellite communications, synthetic aperture radar, and space electronic intelligence, meeting stringent requirements for data conversion speed and radiation tolerance.
- Long-Term Operational Capability: The total ionizing dose characterization of the EV10AS940 has been completed, confirming its robustness for long-term operation in radiation environments, thereby enhancing designers' confidence in selecting high-performance data converters.
- Ongoing Testing Plans: Teledyne e2v plans to complete additional testing reports by the end of 2026, showcasing its long-standing expertise in high-reliability semiconductor technologies aimed at supporting the needs of the space and defense markets.
See More
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- Partnership Announcement: Teledyne FLIR has partnered with STORM to integrate its Black Recon drone system into the RADS platform, enabling rapid deployment across various vehicles and significantly enhancing system adaptability and flexibility.
- Integration Advantages: The open modular architecture of RADS allows Black Recon to be installed, upgraded, or transferred between vehicles in minutes, thereby improving operational efficiency and reducing engineering costs.
- Market Expansion Opportunities: This partnership opens a commercial channel for Teledyne FLIR into RADS-equipped fleets, which is expected to drive broader applications of its drone products in military and security sectors.
- Customer Demand Response: Teledyne FLIR's VP Harald Sørensen stated that RADS provides a standardized way for customers to quickly adapt to changing mission requirements, ensuring sustained operational capability of their vehicles.
See More
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- Funding Support: The expansion is backed by a CA$620,000 grant from the province's Investment and Growth Fund, designed to attract high-impact private sector investment and drive economic growth.
- Enhanced Capabilities: This expansion will bolster Teledyne MEMS' advanced manufacturing capabilities to meet the rising global demand for micro electro-mechanical systems sensors and microfabricated semiconductor devices, further solidifying its market position.
- Economic Impact: Through this investment, Teledyne MEMS not only enhances its production capacity but also injects new vitality into Alberta's economic development, promoting the cultivation and employment of high-skilled talent.
See More
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- Investment Expansion: Teledyne MEMS is expanding its manufacturing operations in Edmonton with a CA$620,000 grant from the Alberta government, aimed at attracting high-impact private sector investments to drive economic growth and create high-skill jobs.
- Technological Enhancement: This expansion will enhance Teledyne MEMS' advanced manufacturing capabilities to meet the rising global demand for micro electro-mechanical systems (MEMS) sensors and microfabricated semiconductor devices, further solidifying its position in the global semiconductor supply chain.
- Market Service: Teledyne MEMS serves diverse markets from its Edmonton facility, including optical MEMS, biomedical MEMS, and inertial and industrial sensing, with applications in telecommunications and miniaturized medical systems, showcasing the broad applicability of its technology.
- Local Economic Contribution: The expansion will not only strengthen Alberta's advanced manufacturing ecosystem but also directly contribute to local economic development, reflecting Teledyne's confidence and long-term commitment to the region.
See More
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- Deployment Area: The eMSC-L systems will primarily be deployed along the Southwest border, allowing Border Patrol agents to detect, identify, classify, and track individuals, vehicles, or animals approaching or crossing the border, thus enhancing comprehensive border security monitoring.
- Initial Delivery Timeline: Initial deliveries are expected to begin in Q3 2026, with systems produced at Teledyne FLIR Defense's facility in Elkridge, Maryland, and sustained at the Tucson service center, demonstrating the company's commitment to ongoing support for CBP.
See More
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- Leadership Change: Teledyne Technologies has promoted Michelle Hildyard to General Manager of Teledyne Raymarine and Teledyne FLIR Marine brands, overseeing marine electronics and thermal camera portfolios, indicating the company's commitment to the marine market.
- Strategic Focus: In her new role, Hildyard will concentrate on enhancing product innovation and operational performance, aiming to deliver integrated solutions that improve safety and enjoyment on the water, thereby maintaining the company's competitive edge in a challenging market.
- Extensive Experience: Hildyard brings over 20 years of industry experience, having served as Vice President of Operations for Raymarine and FLIR Marine, where she led supply chain, engineering, and product management, showcasing her strong leadership and market insight.
- Educational Background: Hildyard holds a Bachelor of Science degree from the University of Reading and an MBA from the University of Southampton Business School, further enhancing her expertise in both technical and business domains.
See More
Teledyne e2v Announces New Radiation Test Results for EV10AS940 ADC
- Radiation Test Results: Teledyne e2v Semiconductors announced that its EV10AS940 ADC performed excellently in multiple radiation tests, with no single event latch-up observed under conditions of up to 94 MeV·cm²/mg LET, ensuring reliability in space applications.
- High-Performance Application Support: This ADC features a 10-bit resolution and a conversion speed of 12.8 GSps, making it suitable for high-bandwidth applications such as satellite communications, synthetic aperture radar, and space electronic intelligence, meeting stringent requirements for data conversion speed and radiation tolerance.
- Long-Term Operational Capability: The total ionizing dose characterization of the EV10AS940 has been completed, confirming its robustness for long-term operation in radiation environments, thereby enhancing designers' confidence in selecting high-performance data converters.
- Ongoing Testing Plans: Teledyne e2v plans to complete additional testing reports by the end of 2026, showcasing its long-standing expertise in high-reliability semiconductor technologies aimed at supporting the needs of the space and defense markets.
See More
Teledyne FLIR Partners with STORM to Enhance Drone Integration
- Partnership Announcement: Teledyne FLIR has partnered with STORM to integrate its Black Recon drone system into the RADS platform, enabling rapid deployment across various vehicles and significantly enhancing system adaptability and flexibility.
- Integration Advantages: The open modular architecture of RADS allows Black Recon to be installed, upgraded, or transferred between vehicles in minutes, thereby improving operational efficiency and reducing engineering costs.
- Market Expansion Opportunities: This partnership opens a commercial channel for Teledyne FLIR into RADS-equipped fleets, which is expected to drive broader applications of its drone products in military and security sectors.
- Customer Demand Response: Teledyne FLIR's VP Harald Sørensen stated that RADS provides a standardized way for customers to quickly adapt to changing mission requirements, ensuring sustained operational capability of their vehicles.
See More
Teledyne MEMS Expands Operations in Edmonton
- Manufacturing Expansion: Teledyne MEMS is expanding its manufacturing operations in Edmonton with support from the Alberta government, aiming to enhance the province's role in the global semiconductor supply chain while creating new high-skill jobs.
- Funding Support: The expansion is backed by a CA$620,000 grant from the province's Investment and Growth Fund, designed to attract high-impact private sector investment and drive economic growth.
- Enhanced Capabilities: This expansion will bolster Teledyne MEMS' advanced manufacturing capabilities to meet the rising global demand for micro electro-mechanical systems sensors and microfabricated semiconductor devices, further solidifying its market position.
- Economic Impact: Through this investment, Teledyne MEMS not only enhances its production capacity but also injects new vitality into Alberta's economic development, promoting the cultivation and employment of high-skilled talent.
See More
Teledyne MEMS Expands Operations in Edmonton
- Investment Expansion: Teledyne MEMS is expanding its manufacturing operations in Edmonton with a CA$620,000 grant from the Alberta government, aimed at attracting high-impact private sector investments to drive economic growth and create high-skill jobs.
- Technological Enhancement: This expansion will enhance Teledyne MEMS' advanced manufacturing capabilities to meet the rising global demand for micro electro-mechanical systems (MEMS) sensors and microfabricated semiconductor devices, further solidifying its position in the global semiconductor supply chain.
- Market Service: Teledyne MEMS serves diverse markets from its Edmonton facility, including optical MEMS, biomedical MEMS, and inertial and industrial sensing, with applications in telecommunications and miniaturized medical systems, showcasing the broad applicability of its technology.
- Local Economic Contribution: The expansion will not only strengthen Alberta's advanced manufacturing ecosystem but also directly contribute to local economic development, reflecting Teledyne's confidence and long-term commitment to the region.
See More
Teledyne Secures $28.8 Million Border Surveillance Contract
- Contract Value: Teledyne FLIR Defense has secured a $28.8 million contract from U.S. Customs and Border Protection (CBP) to support the Enhanced Mobile Surveillance Capability-Lite (eMSC-L) program, thereby enhancing operational efficiency in U.S. border security operations.
- System Delivery: Under the 24-month contract, Teledyne will deliver an advanced version of its Lightweight Vehicle Surveillance System (LVSS), which integrates radar and electro-optical/infrared cameras, enabling rapid deployment and operational capabilities even in harsh environments.
- Deployment Area: The eMSC-L systems will primarily be deployed along the Southwest border, allowing Border Patrol agents to detect, identify, classify, and track individuals, vehicles, or animals approaching or crossing the border, thus enhancing comprehensive border security monitoring.
- Initial Delivery Timeline: Initial deliveries are expected to begin in Q3 2026, with systems produced at Teledyne FLIR Defense's facility in Elkridge, Maryland, and sustained at the Tucson service center, demonstrating the company's commitment to ongoing support for CBP.
See More
