Exploring Hard SF Tactics in Space Combat

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SUMMARY

This discussion explores tactical considerations for space combat in hard science fiction, particularly focusing on the challenges of capturing a planet like Mars. Key points include the effectiveness of big surface lasers against ships, the threat posed by anti-satellite missiles, and the feasibility of using mass drivers for projectile launches from the Martian surface. Participants also debate the role of infantry versus orbital bombardment, emphasizing the necessity of ground troops for capturing and holding strategic locations.

PREREQUISITES
  • Understanding of orbital dynamics and escape velocity calculations
  • Familiarity with military tactics in space combat scenarios
  • Knowledge of current technologies such as railguns and mass drivers
  • Basic principles of laser weaponry and its limitations in atmospheric conditions
NEXT STEPS
  • Research the physics of mass drivers and their application in space warfare
  • Explore the capabilities and limitations of railgun technology
  • Study current military strategies for ground troop deployment in hostile environments
  • Investigate the implications of orbital dynamics on troop landing strategies
USEFUL FOR

Science fiction writers, military strategists, aerospace engineers, and enthusiasts interested in the realistic portrayal of space combat tactics and technologies.

  • #61
GTOM said:
You said that i shouldn't view EMP as anti-electronic placenta.

I think you mean panacea. :wink:

GTOM said:
But is there any way of more effective electronic countermeasure, that requires only minor magitech?

Sure, there are innumerable solutions that require only a little bit of "handwaving". Just be creative.

GTOM said:
I read somewhere that cosmic rays can affect electronics, turn over a single bit could crash a program. While there are countermeasures for it, but if multiple Cpus programs have to check each other, than robots would be hindered.

Maybe not if they're designed to operate with these CPU's and check-programs running. Or if they have redundant systems and can't be taken out because a single bit was flipped on one of their systems.
 
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