Washington DC [US], June 9: A bipartisan group of U.S. lawmakers has reintroduced the Drones for First Responders Act, aimed at reducing American dependence on Chinese-made drones and boosting domestic drone manufacturing for emergency services.
Congressman Darin LaHood (IL-16) joined House Republican Conference Chair Elise Stefanik (NY-21), Select Committee on China Chair John Moolenaar (MI-02), and Rep. Rob Wittman (VA-01) to introduce the legislation, which they say is essential for national security, technological independence, and public safety.
“The Chinese Communist Party is a clear and present threat to our national security, and relying on their drones for our first responders is not only dangerous but unacceptable,” said LaHood. “This bill supports American innovation and protects our communities.”
Key Objectives of the Act:
- Establish a revenue-neutral grant program to help local agencies purchase secure, US-made or allied-made drones.
- Phase out Chinese drones that may carry surveillance risks.
- Encourage domestic competition in the drone industry.
Chairwoman Stefanik added,
“This act will increase the competitiveness of U.S. drone manufacturers and provide first responders across the country with secure, high-quality equipment.”
Select Committee Chair John Moolenaar raised alarms about the surveillance risks posed by Chinese drones:
“The CCP has flooded the U.S. with spyware-laden technology through unfair trade. This bill protects our data and rebuilds U.S. drone manufacturing.”
Rep. Rob Wittman also warned against reliance on Chinese technology:
“We cannot cede control of the drone market to the Chinese Communist Party. This legislation boosts our national security and supports American firms.”
Context and Concerns:
Currently, 90% of drones used by American first responders are reportedly manufactured in China, raising serious cybersecurity and espionage concerns. The legislation comes amid increasing bipartisan efforts in Washington to counter Chinese technological influence and promote supply chain resilience.