N754
Turbine powered Garrett TPE-331-2 engine to climb fast to allow for waterfowl survey missions surrounded by high terrain
Front doors eliminated to strengthen engine mounts and accommodate large side windows with narrow transition posts for enhanced wildlife viewing (pilot could actually see the tips of both floats)
Downward exhaust to eliminate blurred visibility for waterfowl survey counts
Direct drive, reversible propeller for improved maneuverability on the water
Custom long-range wing fuel tanks for survey missions in remote bush locations
Relatively high cruise speeds for efficient transiting between survey locations
Relatively low stall speed for safe operation during survey counts
Airframe strengthened for high gross weight operation
Widened amphibious floats for increased flotation and improved performance during water operations
Rugged amphibious landing gear with good soft field capabilities to land and take off from almost anywhere
Upgraded avionics including multiple Global Positioning Systems to pinpoint locations of waterfowl observations
Panel mounted data collection computers specifically designed for waterfowl surveys
Organized flight controls and instrumentation to reduce burden on pilots during low-level surveys
Independent power supplies for laptop computers and other portable accessories
5-point shoulder harness restraints at all four seat positions for increased aircrew safety
Photographic port for large format camera
Intercom-equipped at all four seats for effective communication among members of aerial survey crew
N754
Turbine powered Garrett TPE-331-2 engine to climb fast to allow for waterfowl survey missions surrounded by high terrain
Front doors eliminated to strengthen engine mounts and accommodate large side windows with narrow transition posts for enhanced wildlife viewing (pilot could actually see the tips of both floats)
Downward exhaust to eliminate blurred visibility for waterfowl survey counts
Direct drive, reversible propeller for improved maneuverability on the water
Custom long-range wing fuel tanks for survey missions in remote bush locations
Relatively high cruise speeds for efficient transiting between survey locations
Relatively low stall speed for safe operation during survey counts
Airframe strengthened for high gross weight operation
Widened amphibious floats for increased flotation and improved performance during water operations
Rugged amphibious landing gear with good soft field capabilities to land and take off from almost anywhere
Upgraded avionics including multiple Global Positioning Systems to pinpoint locations of waterfowl observations
Panel mounted data collection computers specifically designed for waterfowl surveys
Organized flight controls and instrumentation to reduce burden on pilots during low-level surveys
Independent power supplies for laptop computers and other portable accessories
5-point shoulder harness restraints at all four seat positions for increased aircrew safety
Photographic port for large format camera
Intercom-equipped at all four seats for effective communication among members of aerial survey crew