Difference between revisions of "S-61R Pelican"

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The S-61R is a twin engine helicopter used for transport and search-and-rescue roles. The helicopter features the Shergood flight system with a fully interactive cockpit include autopilot, gps and vor navigation, automatic search patterns, IFF transponder,  failure system with replaceable and time-tracked components.
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The S-61R is a twin engine helicopter used for transport and search-and-rescue roles.
 +
 
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* Realistic SA flight dynamics
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* Compatible with GTFO
 +
* OnBoard system allows crew to walk around cabin in flight
 +
* Fully functioning cockpit
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* Nearly 100 functioning switches/knobs
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* Start sequence based on (and nearly identical to) the RL Pelican
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* Four fuel tanks with both gravity and single-point refueling systems
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* Separate fluid levels for main transmission, tail rotor, and intermediate gearboxes
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* Three separate hydraulic systems with independent fluid tracking and monitoring instruments
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* Rescue hoist system
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* Simulated failures
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* Navigation Control Panel
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* AFCS (Autopilot)
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* Working GPS with Moving Map
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* Automated Search Patterns
 +
* VOR Navigation
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* Instrument Approaches
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* Working Anchor System
  
  

Revision as of 12:48, 12 June 2020

S-61R/CH-3C/E
HH-3E Jolly Green Giant
HH-3F "Pelican"

S61-pelican.png


Role Medium-lift Transport
Manufacturer Sikorsky, Augusta
RL First Flight 1959
RL Introduction 1961
SL First Flight Sept. 2019
SL Introduction TBD 2020
GTFO Code KSPELICAN

The S-61R is a twin engine helicopter used for transport and search-and-rescue roles.

  • Realistic SA flight dynamics
  • Compatible with GTFO
  • OnBoard system allows crew to walk around cabin in flight
  • Fully functioning cockpit
  • Nearly 100 functioning switches/knobs
  • Start sequence based on (and nearly identical to) the RL Pelican
  • Four fuel tanks with both gravity and single-point refueling systems
  • Separate fluid levels for main transmission, tail rotor, and intermediate gearboxes
  • Three separate hydraulic systems with independent fluid tracking and monitoring instruments
  • Rescue hoist system
  • Simulated failures
  • Navigation Control Panel
  • AFCS (Autopilot)
  • Working GPS with Moving Map
  • Automated Search Patterns
  • VOR Navigation
  • Instrument Approaches
  • Working Anchor System


Master Contents

  1. General
  2. Systems
  3. Avionics
  4. Limits
  5. Weight and Balance
  6. Normal Procedures
  7. Emergency Procedures
  1. Servicing
  2. Mission Equipment
  3. Water Operations
  4. Maintenance and Diagnostics
  5. SL Features
  6. Appendices
  7. Painting Resources