GACE Flying Club Cessna R182 Review

Date:_________________ Aircraft Registration Number:___________________

Name:_______________________________ GACE #___________ Score:___________

Checked By:__________________________ CFI #______________Date:____________

Instructions: All questions assume that operations are conducted under 14 CFR Part 91 with the airplane at gross weight unless otherwise stated. All airspeeds are referenced in knots indicated. Include page numbers references of answers.

Materials needed: 1980 R182 Information Manual/Airplane Flight Manual, current weight and balance data

1.  What is the rotation speed for a normal takeoff?

2.  What is the normal climb out speed?

3.  What is the normal enroute climb speed?

4.  What is the best rate of climb (V_Y) speed at sea level?

5.  What is the best angle of climb speed (V_X) at sea level?

6.  What is the maximum flap extended speed (V_FE)?

7.  What is the maximum speed for extending or retracting the landing gear (V_LO)?

8.  What is the maximum speed for operating with the landing gear extended (V_LE)?

9.  What is the approach-to-landing speed with flaps up?

10.  What is the stalling speed in the landing configuration (V_S0)?

11.  What is the clean stall speed? (V_S1)?

12. What is the stall speed in a 60° bank with full flaps at the most forward center of gravity?

13. What is the stall speed in a 60° bank with 0° flaps at the most forward center of gravity?

14. What is the design maneuvering speed (V_A)?

15. What is the design maneuvering speed (V_A) at 2000 pounds?

16. What is the never-exceed speed? (V_NE)

17. What is the normal operating speed range?

18. What is the maximum structural cruising speed? (V_NO)

19. What engine-off glide speed will give you the maximum glide range?

20.  What engine-off glide speed will give you the maximum glide range at 2000 pounds?

21.  What is the maximum demonstrated crosswind component?

22.  Is maximum demonstrated crosswind component an operating limitation?  Yes or No

For questions 23 and 24, assume the following conditions:

OAT 30°C, PA 4,000 feet, gross weight, wind 090º (magnetic) @ 10 kts,

Runway 36, paved runway, use short field technique

23. What is the takeoff distance to clear a 50' obstacle?

24. What is the landing distance to clear a 50' obstacle?

25. When do you use carburetor heat?

26. Describe how the carburetor heat functions:

27. Is there an alternate static air source?

If so, when is it used?

28. Describe the fuel system:

29. What are the approved types of fuel is used and their color?

30. What is the total capacity of each fuel tank?

31. What is the unusable fuel in each tank?

32. What is the total number of gallons usable fuel for this aircraft?

33. Describe the procedure for filling the tanks to maximum capacity:

34. How many fuel sumps are there and where are they located?

35. How do you drain the fuel sumps?

36. Describe the oil system:

37. What is the type and weight of oil used?

38. What is the minimum oil level?

39. What is the maximum oil level?

40. What is the basic empty weight (BEW) for this aircraft including full oil?

41. What is the moment for this aircraft at BEW including full oil?

42. What is the aircraft's maximum gross weight?

43. What is the aircraft's useful load?

44. What is the maximum number of pounds the aircraft can carry in its

baggage compartments?

45. How much useful load can the aircraft carry with full fuel?

46. How many pounds of baggage can this aircraft carry with full fuel and

three seats occupied by a 190 pound passengers?

47.    Assume that the aircraft is loaded to gross weight with baggage in the above question.

What is the center of gravity? Assume the front seats are at the center of travel and all

 baggage is loaded in the center of area “A”.  Is it within limits?

48. What is the procedure for engine failure in flight?

49. What is the first action to be taken if an engine fire occurs in flight?

50. What is the speed for manual gear extension?