The first US weapon utilizing laydown delivery was the Mark 15 bomb, and was the first "light weight" thermonuclear bomb.
The Mark 7 bomb was delivered using the loft bombing, a similar technique to laydown, but laydown delivery and lob delivery are not one-and-the-same for various reasons including the use of a retarding parachute on the bomb during laydown, and the attitude of the aircraft when the weapon is released.
The Mark 7 nuclear bomb was the first "laydown" surface burst bomb used by the US Military. It was designed during the Cold War and had a yield of approximately 20 kilotons. The Mark 7 was primarily intended for use by tactical strike aircraft.
A high-altitude nuclear burst occurs about 100,000 feet surface level. This type of burst generates an electromagnetic pulse that can disrupt or damage electrical systems and infrastructure over a wide area.
An air burst occurs at an altitude of 100,000 feet, where the nuclear explosion happens in the air rather than on the ground. In this type of burst, the fireball does not make contact with the Earth's surface, resulting in a wide area of destruction from the shockwave and thermal radiation.
An air burst occurs when a nuclear explosion happens in the air rather than on the ground. In this scenario, the fireball does not touch the Earth's surface, making it an aerial detonation. This type of burst can cause widespread damage through the blast wave, heat, and radiation effects.
An air burst is typically the deadliest type of atomic burst as it creates a large area of devastation due to the shockwave, heat, and radiation released. A surface burst can also be very deadly as it creates more fallout, causing widespread contamination. A subsurface burst is usually less deadly as the ground can help contain some of the initial blast and reduce the immediate impact.
A nuclear burst can occur as a result of a nuclear explosion, which can be caused by either a fission or fusion reaction. The specific type of burst depends on the design and intent of the nuclear device used.
Surface burst, but any nuclear weapon can be capable of doing that.
High-altitude burst
High-altitude Burst
A zero point is the location of the centre of the burst of a nuclear weapon at the instant of detonation.
Surface Burst
A high-altitude nuclear burst occurs about 100,000 feet surface level. This type of burst generates an electromagnetic pulse that can disrupt or damage electrical systems and infrastructure over a wide area.
surface burst
sub surface burst
Surface burst
sub-surface burst
An air burst occurs at an altitude of 100,000 feet, where the nuclear explosion happens in the air rather than on the ground. In this type of burst, the fireball does not make contact with the Earth's surface, resulting in a wide area of destruction from the shockwave and thermal radiation.
An air burst occurs under 100000 feet but the fireball doesn't contact the earth's surface.