Not only are they aesthetically pleasing but laser revolvers actually make a lot of sense. The big obstacle to making a practical handheld laser weapon is not a lack of energy density in the beam itself (easily rectified by using nano/microsecond pulses rather than a continuous beam) or the energy density of power supplies but rather the low discharge rate of batteries. The obvious solution is to use capacitors instead, since they can release their kilojoules of energy in a fraction of a second, much faster than any battery. No self-respecting space cowboy wants to be limited to just six shots, but this can be solved by connecting an external battery pack to the pistol by a cable to provide the capacitors with a recharge between shots. And if concealment rather than ammo capacity is the priority rather, then you could forgo the external battery in favour of simply carrying some spare caps.
Shown: laser variant (left) missile variant (right) Sabre-class Corvettes Mass budget: Weapons: 30tons -4x 2.5ton laser turret (10tons) -4x 2.5ton coilgun turret (10tons) -1x 10ton laser or missile array Habitat and life support: 70tons -10organics for 360days -Provisions: 36tons -Habitation: 34tons Rocket-skiff: 30tons Scopes and comps: 10tons Structure: 90tons Engine: 45tons Radiators: 25tons 300ton dry mass 900tons propellant 1,200tons total https://strout.net/info/science/delta-v/intro.html Exhaust velocity, specific impulse and delta-V of my fictional rocket: Walk: 12km/s (1223s) - 16.6km/s delta-V Sprint: 8km/s (815s) - 11km/s delta-V Both variants of the Sabre-class corvette are armed with four laser turrets and four coilgun turrets in addition to their primary frontal armament. The pulsed laser turrets have an average output of 13.5MW, with a 50cm aperture and a frequency agile resonator permitting infrared to ultraviolet operation to ac...
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