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Piper AZTEC D PA-23-250 User Manual

Piper AZTEC D PA-23-250
98 pages
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A
ZTEC
D
OWNER'S
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Piper AZTEC D PA-23-250 Specifications

General IconGeneral
ManufacturerPiper Aircraft
ModelAZTEC D PA-23-250
Number of Engines2
Rate of Climb1, 400 ft/min (7.1 m/s)
Maximum Takeoff Weight5, 200 lb (2, 359 kg)
Seating Capacity6
Horsepower250 hp
Fuel Capacity144 US gallons (545 liters)
Cabin Width4.1 feet
Wingspan37.2 feet

Summary

Section I Specifications

Performance

Detailed performance data including speeds, rates, and ceilings for the aircraft.

Section III Operating Instructions

Preflight

Essential safety checks and inspection procedures before flight operations.

Starting

Procedures for starting aircraft engines under cold, hot, and flooded conditions.

Warm-Up and Ground Check

Steps for engine warm-up and system checks, including oil pressure verification.

Take-Off

Procedures and checklist items required for a safe aircraft take-off.

Approach and Landing

Procedures for safe approach and landing, including a landing checklist.

Stopping the Engines

Steps to properly shut down aircraft engines after landing and parking.

Emergency Procedures

Actions to take in case of in-flight emergencies, such as engine failure or feathering.

Section IV Performance Charts

Take-off Distance Over 50-Foot Obstacle

Chart for calculating take-off distance required to clear a 50-foot obstacle.

Take-off Distance vs Density Altitude

Chart showing the relationship between density altitude and take-off distance.

Accelerate - Stop Distance

Chart for determining the distance required to accelerate and stop the aircraft.

Multi-Engine Climb Rate and Airspeed

Charts detailing climb performance data for multi-engine operations.

Single Engine Climb Rate and Airspeed

Charts detailing climb performance data for single-engine operations.

Stall Speed vs Weight

Chart illustrating the impact of aircraft weight on stall speed.

Stall Speed vs Angle of Bank

Chart illustrating the impact of bank angle on stall speed.

Landing Distance Over 50 Feet

Chart for calculating landing distance required to clear a 50-foot obstacle.

Landing Distance vs Density Altitude

Chart showing the relationship between density altitude and landing distance.

Power Chart, Lycoming IO-540-C4B5

Chart detailing engine power output versus altitude, RPM, and manifold pressure.

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