Lorien
Supreme [H]ardness
- Joined
- Aug 19, 2004
- Messages
- 5,197
Re: Auroras and dic.. err ship size envy
It's funny, the leaderboard (a narrow subset of what the game is all about) actually proves my point lol. The #13 player on the squadron leaderboard flies exclusively an Aurora as does the #6 player on the Capture the Core leaderbaord.
Their piloting skills have trumped the rest of the 830+ people on their respective leaderboards. And if you bother to take at least a cursory look at the leaderboards there is a healthy mix of ships represented on them.
I secretly wish the reclaimer claw would be able to be used in the same way the mantis shrimps use their hammer claws (some of them have spears too ). The claw hits so fast it produces cavitation bubbles that collapse and are like getting hit twice. First the actual ~20 meters per second punch and second the collapse of the bubbles near the target.
How and more importantly why do I know this? Because when I was in school learning how an ultrasonic instrument cleaner works we had to find examples of cavitation in nature lol.
It's funny, the leaderboard (a narrow subset of what the game is all about) actually proves my point lol. The #13 player on the squadron leaderboard flies exclusively an Aurora as does the #6 player on the Capture the Core leaderbaord.
Their piloting skills have trumped the rest of the 830+ people on their respective leaderboards. And if you bother to take at least a cursory look at the leaderboards there is a healthy mix of ships represented on them.
Whatever, we all know the Reclaimer is going to be the best Melee dogfighter out there with it's robo arm and built in shaming system (ie the rectal feeding system)
I secretly wish the reclaimer claw would be able to be used in the same way the mantis shrimps use their hammer claws (some of them have spears too ). The claw hits so fast it produces cavitation bubbles that collapse and are like getting hit twice. First the actual ~20 meters per second punch and second the collapse of the bubbles near the target.
How and more importantly why do I know this? Because when I was in school learning how an ultrasonic instrument cleaner works we had to find examples of cavitation in nature lol.
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