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MiG-3 series 24: Difference between revisions
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QuantumCycle (talk | contribs) (Created page with "The Mikoyan-Gurevich MiG-3 series 24 is a fighter from the Battle of Moscow module of IL-2 Sturmovik: Great Battles. = Hangar view = File:MiG-3.jpg|700px|frameless|cent...") Â |
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= Important facts and figures = | = Important facts and figures = | ||
=== Engine management === | === Engine management === | ||
*The mixture at 50% can loosely be equated to auto-rich in an american plane. Lean only to conserve fuel in cruise. Enrich only to boost (bump to 100%). | |||
*Assuming 100% throttle, 100% RPM: | |||
**100% mixture will place you in boosted power. Time limit: 10 minutes. | |||
**50% mixture will place you in nominal power (nominal power band: 0%-84% mixture). | |||
*The only limit to nominal engine power output is heat soak. Careful radiator management will be key here. | |||
*Radiators exert minimum drag when fully closed. | |||
*The single gear supercharger is optimized for high altitude. | |||
=== Airspeed considerations === | === Airspeed considerations === | ||
= Flying the | = Flying the MiG-3 = | ||
== Out of combat == | == Out of combat == | ||
=== Startup and taxi === | === Startup and taxi === | ||
| Line 32: | Line 39: | ||
=== Weaknesses === | === Weaknesses === | ||
= Flying against the | = Flying against the MiG-3 = | ||
=== Do this === | === Do this === | ||
Latest revision as of 20:04, 9 June 2021
The Mikoyan-Gurevich MiG-3 series 24 is a fighter from the Battle of Moscow module of IL-2 Sturmovik: Great Battles.
Hangar view
Important facts and figures
Engine management
- The mixture at 50% can loosely be equated to auto-rich in an american plane. Lean only to conserve fuel in cruise. Enrich only to boost (bump to 100%).
- Assuming 100% throttle, 100% RPM:
- 100% mixture will place you in boosted power. Time limit: 10 minutes.
- 50% mixture will place you in nominal power (nominal power band: 0%-84% mixture).
- The only limit to nominal engine power output is heat soak. Careful radiator management will be key here.
- Radiators exert minimum drag when fully closed.
- The single gear supercharger is optimized for high altitude.