Vso___Vsi___Vx___Vy___ Vfe___ Va___ Vno___ Vne___ Vr___ Vle___Vlo___Vsse___ Vxse___ Vyse___

Msse___ Best Glide___ Climb Speed (takeoff)____ (Enroute)___ Approach Speed (Flaps up)___

(Flaps Down)____ Demo. X-Wind____

Total Fuel (Left)_____Gal. (Right)_____Gal. Usable Fuel (Left)____Gal. (Right)_____

Number of Fuel Pumps_____ Max. Oil_____Qts. Min. Oil_____Qts.

Engine Model____________________ Carbureted or Injected ___________ B.H.P______@R.P.

Battery__________Volts Alternator________Amps

Describe the propeller_______________________________________________________________________

Describe the emergency gear extension procedures_________________________________________________

Max. Takeoff Weight__________lbs. Basic Empty Weight__________lbs. Max. Useful Load _______lbs.

Calculate the following weight & balance: Full fuel, all seats occupied (180 lbs. Each) 50 lbs. Luggage.

Total Weight_________lbs. C.G._____________ Does the airplane fall within the envelope?

Takeoff power _____mp _____rpm Climb (enroute) _____mp ______rpm Cruise_____mp_____rpm

Calculate the maximum endurance: Gross Weight, Standard Temp., Lean Mixture, 6000’ _____hp

Calculate the ground roll distances for short field takeoff & landing: Gross weight 4000’presssure alt., 95° F,

Wind call, Grass Runway. Takeoff _______ft. Landing______ft.

Aircraft familiarization, Slow Flight, Power On & Off Stalls & Recoveries, Steep Turns, Emergency Procedures, Go-Around, Takeoffs & Landings.

Pilot______________________ Date____________ Instructor____________________ Date____________

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