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⚡️ US developing microwave weapons to destroy drones and missiles at light speed

Plus: Blind robot learns to walk, nuclear asteroid solution modeled, Butterfly eVTOL takes off.

Raytheon is developing rugged, transportable directed energy systems that can annihilate hostile drones and missiles near-instantly via precise beams of microwave radiation.

Authorized under an almost $32 million Pentagon contract, the high-power microwave antenna prototypes will destroy airborne targets by overloading delicate electronics at light speed upon locking on.

With historic expertise in the field, Raytheon intends the systems to deploy with US forces and assets and counter the escalating threat from aerial weapons. Learn more about their capabilities in today’s Must Read.

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MUST READ

The Pentagon has commissioned defense firm Raytheon to design a pair of transportable high-power microwave antenna systems, dubbed DEFEND, for obliterating aerial threats. The directed energy weapons will track targets and engage them at the speed of light by frying sensitive electronics using focused microwave beams.

Building on decades of high-power microwave (HPM) technology experience, Raytheon aims to supply the lethal yet non-kinetic systems to the Navy and Air Force within the next few years. With drones and missiles presenting persistent threats worldwide, these rapid-response microwave emitters would offer US forces the versatile protection they need to defend against intensifying aerial attacks.

INNOVATION

UC Berkeley engineers built an adaptable bipedal robot that uses artificial intelligence to learn how to walk through trial and error. Emergent traits like swinging arms mimic human movement, and while still unable to handle stairs or see obstacles, its ability to self-balance after disturbances shows potential. Watch the android’s first unsteady steps toward versatile mobility.

TRANSPORTATION

California startup Overair built an innovative five-seat electric vertical takeoff and landing (eVTOL) aircraft called Butterfly. The design aims for unprecedented efficiency, control and 60 percent less noise than conventional aircraft. With a 100-mile range and impressive failure tolerance, the prototype targets applications from urban transit to medical transport. Watch this whisper-quiet people-mover take to the air.

SCIENCE

Lawrence Livermore National Lab researchers modeled using a theoretical nuclear device to deflect asteroids detected on Earth-impacting trajectories. The simulations provided valuable data on how to minimize the explosive yield required to successfully divert an incoming threat. Learn more about plans to protect the Earth from dangerous asteroid strikes.

Question of the Day

Will deployment of directed energy systems be able to counter intensifying aerial threats?

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