Marjorie Taylor Greene Opposes Electric Vehicles for US Military in House Speech

6 months ago
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In a recent speech in the House, Representative Marjorie Taylor Greene voiced strong opposition to the use of electric vehicles (EVs) in the US military. Citing concerns over reliability and dependence on materials controlled by China, Greene introduced an amendment to prohibit Department of Defense funding for EVs and EV infrastructure. She emphasized the need for dependable, American-made vehicles to ensure the safety of US troops. Watch the video for her full remarks and the implications of this proposed amendment.

Context Behind the Speech:
During a recent House session, Representative Marjorie Taylor Greene passionately argued against the adoption of electric vehicles (EVs) for military use. Greene highlighted several key concerns, including the reliability of EVs in critical situations and the dependency on materials controlled by China, which could pose strategic risks during a crisis.

In her speech, Greene stressed that the lives of American troops should not be compromised by potentially unreliable vehicles that might not function properly in emergencies. She advocated for the use of reliable, American-made vehicles, asserting that these would provide better safety and dependability for military operations.

To address these concerns, Greene introduced an amendment aimed at prohibiting the Department of Defense from allocating funds toward EVs or EV infrastructure. This amendment seeks to ensure that military resources are directed towards vehicles that offer proven reliability and do not depend on foreign-controlled materials.

Greene's stance reflects broader debates about the transition to electric vehicles and the strategic implications of such a shift, particularly in the context of national defense and military readiness.

For more insights and updates on this speech and the proposed amendment, check out our related videos and articles. Stay informed about the latest developments in military policy and automotive technology.

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