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Table of indicated airspeeds for various operational limits.
Maximum takeoff weight and baggage compartment loading limits.
CG envelope chart showing forward and aft limits based on weight.
Prohibition of flight into known icing conditions.
Detailed limitations for the integrated avionics system.
Key airspeeds for emergency operations like maneuvering and best glide.
Procedures for engine failure scenarios.
Checklist and amplification for engine failure immediately after takeoff.
Checklist and amplification for engine failure during flight.
Procedures for cabin fire and engine fire emergencies.
Checklist for handling cabin fire while in flight.
Procedure for engine fire occurring during flight.
Procedure for eliminating smoke and fumes from the cabin.
Procedure for executing an emergency descent.
Procedures for forced landings without engine power.
Checklist for emergency landing without engine power.
Procedures for ditching the aircraft.
Procedures for various engine system emergencies.
Procedure for partial power loss, including indications and actions.
Procedure for oil pressure warnings (low or high).
Procedure for oil temperature warning.
Procedure for high cylinder head temperature (CHT) caution/warning.
Procedures for propeller system emergencies.
Procedure for engine speed warning (RPM high).
Procedures for fuel system emergencies.
Procedure for high fuel flow warning.
Procedure for low fuel quantity warning.
Procedures for electrical system emergencies.
Procedure for high voltage on Main Bus 1.
Procedure for high voltage on Main Bus 2.
Procedure for high or low voltage on the Essential Bus.
Procedures for environmental system emergencies.
Procedure for high carbon monoxide level warning.
Procedures for integrated avionics system emergencies.
Procedure for AHRS failure annunciation.
Procedure for ADC failure annunciation.
Procedure for PFD display failure.
Procedures for unusual attitude emergencies.
Procedure for inadvertent spin entry and CAPS activation.
Procedure for inadvertent spiral dive during IMC flight.
Procedures for other emergencies.
Procedure for power lever linkage failure.
Procedure for emergency engine shutdown on the ground.
Procedure for BRAKE TEMP caution annunciation.
Procedure for emergency ground egress.
Procedure for CAPS deployment, including airspeed and mixture.
Procedure for inadvertent icing encounter.
Procedures for abnormal landings.
Procedures for landing with one or both brakes inoperative.
Procedures for landing with a flat tire on main or nose gear.
Procedures for abnormal engine system conditions.
Procedure for low idle oil pressure caution.
Procedure for starter engaged caution annunciation.
Procedure for low fuel quantity caution.
Procedure for fuel filter in bypass mode.
Procedure for low voltage on Main Bus 1 caution.
Procedure for low voltage on Main Bus 2 caution.
Procedure for battery 1 current sensor caution.
Procedure for low alternator 1 output caution (failure).
Procedure for low alternator 2 output caution (failure).
Procedures for integrated avionics system abnormal conditions.
Procedure for avionics switch off caution.
Procedure for PFD cooling fan failure advisory.
Procedure for MFD cooling fan failure advisory.
Procedures for pitot static system malfunctions.
Procedures for static source blocked or pitot tube blocked.
Procedure for pitot heat current sensor failure caution.
Procedure for pitot heat required caution.
Procedures for flight control system abnormalities.
Procedure for electric trim or autopilot failure.
Procedure for flap system exceedance caution.
Procedures for landing gear system abnormalities.
Procedure for brake failure during taxi.
Procedure for brake over-temperature caution.
Procedures for other abnormal conditions.
Procedure for aborted takeoff.
Procedure for parking brake engaged caution.
Procedure for communications failure.
Key airspeeds for takeoff, climb, landing, and turbulent air penetration.
Detailed steps for performing the preflight walk-around inspection.
Procedures before starting the engine, including loading and briefing.
Procedures for starting the engine, including priming and checks.
Procedures for taxiing, including directional control and brake effectiveness.
Final checks before takeoff, including doors, CAPS, fuel, and instruments.
Procedures for takeoff, including power check and flap settings.
Procedure for a normal takeoff.
Procedure for a short field takeoff.
Procedures for normal and maximum rate of climb.
Pre-landing checks including seat belts, fuel pump, mixture, flaps, and autopilot.
Procedure for a normal landing with full flaps.
Procedure for a short field landing.
Procedure for balked landing or go-around.
Procedures for engine shutdown.
Aircraft stall characteristics and recovery procedures.
Procedures for operating the engine in cold weather.
Table of stall speeds for various weights, CG, power, and bank angles.
Factors applied to computed takeoff distance.
Takeoff distance data for 3400 LB weight.
Takeoff distance data for 2900 LB weight.
Takeoff climb gradient data for various conditions.
Takeoff rate of climb data for various conditions.
Enroute climb gradient data for various conditions.
Enroute rate of climb data for various conditions.
Data on time, fuel, and distance to climb.
Balked landing climb gradient data for various conditions.
Balked landing rate of climb data for various conditions.
Factors applied to computed landing distance.
Landing distance data for 3400 LB weight and 50% flaps.
Detailed steps for leveling and weighing the airplane.
Information to calculate total weight and moment for proper loading.
Form for calculating takeoff condition weight and moment.
Chart/table to determine if weight and moment are within limits.
Description of flight instruments displayed on PFD and standby.
Description of the main and nose landing gear systems.
Description of the hydraulic brake system and parking brake.
Description of engine controls: power lever, mixture, alternate air.
Display of engine information on MFD and engine strip.
Description of engine system health, caution, and warning messages.
Description of the 92-gallon usable wet-wing fuel storage system.
Description of fuel system health, caution, and warning messages.
Description of the 28 VDC electrical system with two alternators and two batteries.
Protection of electrical circuits with breakers and suppressors.
Control of electrical power using master switches and avionics power switch.
Display of electrical system information on MFD and PFD.
Description of electrical system health, caution, and warning messages.
Description of the cabin heating and ventilation system.
Description of the electro-pneumatic stall warning system.
Procedure for performing the stall warning system preflight check.
Description of the Pitot-Static system.
Description of the Perspective Integrated Avionics System.
Overview of the integrated avionics system components.
Description of the GFC 700 AFCS, including ESP, USP, and Hypoxia functions.
Description and operation of the Halon fire extinguisher.
Description of the CAPS system for emergency descent.
Procedure for pulling the CAPS activation T-handle.
Procedures and cautions for taxiing the airplane.
Replacement and cleaning of fuel filter elements.
Safety precautions for fueling, including fire extinguisher use.
Procedures for sampling fuel to check for contamination.
Procedure for handling inadvertent icing conditions.
Annunciations for low fluid quantity, low flow rate, and system failure.
Pre-flight inspection steps for the Ice Protection System.
Stall speeds with ice accumulation on the airframe.
Landing distance data with flaps set to 50% and ice accumulation.
Procedures for PULL UP, TERRAIN AHEAD, OBSTACLE AHEAD warnings.
Emergency procedures for autopilot malfunction.
Procedures for autopilot malfunction and disconnection.
Procedures for flashing RDY, NAV, REV, APR, VS, GS, ALT annunciations.
Preflight inspection steps for the Autopilot.
Information on CAPS system for life-threatening emergencies.
Scenario for CAPS activation due to loss of control.
Information on CAPS deployment speed, altitude, and attitude.
Maximum speed at which CAPS deployment has been demonstrated.
Considerations for landing after CAPS deployment.
The most important consideration for touchdown protection.
Practices for taxiing, steering, and braking to avoid damage.
General
