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Piper Cherokee 140 User Manual

Piper Cherokee 140
62 pages
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O!av
Kieserud
CHEROKEE
I 40
OWNER'S
HANDBOOK
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Piper Cherokee 140 Specifications

General IconGeneral
ManufacturerPiper Aircraft
ModelCherokee 140
EngineLycoming O-320-E2A
Horsepower150 hp
Service Ceiling14, 300 ft (4, 400 m)
Empty Weight1, 201 lb (545 kg)
Gross Weight2, 150 lb (975 kg)
Maximum Takeoff Weight2, 150 lb (975 kg)
Useful Load949 lb (430 kg)
Rate of Climb660 ft/min (3.4 m/s)
Seating4
Wingspan30 ft
Length23 ft 3 in
Height7 ft 3 in
Range455 nautical miles
Fuel Capacity50 gallons
Cruise Speed115 knots

Summary

Piper Cherokee Specification Features

Performance Specifications

Key aircraft operating parameters, speeds, and climb rates at different weights and altitudes.

Aircraft Weights

Details on gross weight, empty weight, and useful load for standard and AutoFlight configurations.

Piper Cherokee Operating Instructions

Preflight Inspection Checklist

Essential visual inspection steps to perform before each flight for safety.

Engine Starting Procedure

Step-by-step instructions for safely starting the aircraft engine in various conditions.

Engine Warm-up Guidelines

Procedures for warming up the engine and checking oil pressure post-start.

Ground Check Procedures

Checks to be performed while the aircraft is on the ground before take-off.

Take-off Techniques

Guidance on conventional and short/soft field take-off procedures.

Approach and Landing

Techniques for approach speed, flap usage, and landing.

Piper Cherokee Performance Charts

Take-off Distance vs Density Altitude

Charts showing take-off distance required based on density altitude and gross weight.

Rate of Climb vs Density Altitude

Charts illustrating the rate of climb as a function of density altitude.

True Airspeed vs Density Altitude

Graphs showing true airspeed at different power settings and density altitudes.

Range vs Density Altitude

Charts to estimate the aircraft's range based on altitude and fuel load.

Landing Distance vs Density Altitude

Charts detailing landing distance requirements under various conditions.

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