Before I begin I think it would be helpful to explain something that I realized early on. When on the ground whether in a car or plane you have a stability supported by the ground and wheels. You turn left or right, speed up or slow down but you do not roll over, fly into the air or go end over end unless you do something stupid. When you take off and begin flying you become subject to movement around three different axis that you/I have before now not experienced and must begin to understand and manage.
If you draw a line through the center of gravity (CG) of the plane from nose to tail you have the longitudinal axis. If you "roll" about this axis you would see a motion that might look like a spiraling football. If you draw a line through the CG from wing tip to wing tip you have the lateral axis. If you "pitch" about this axis you would look like a football that has been kicked and is traveling end over end. If you draw a line vertically through the CG you have the vertical axis. If you "yaw" about this axis you would look like a spinning top. In flight you use the "aileron" on the trailing edge of each each wing to control the roll along the longitudinal axis which provides lateral stability and is controlled by moving the yoke left or right. You use the "elevator" (horizontal control surface at the rear of the fuselage and controlled by moving the yoke forward and back) to control the pitch along the lateral axis which provides longitudinal stability. Lastly, you use the "rudder" (above the elevator and controlled by feet on the rudder pedals) to control the yaw along the vertical axis that provides directional stability. As you visualize these control surfaces and the movement they cause when input is provided, hopefully you can also understand the coordination that is necessary to maintain S&L flight, climbs, descents and turns. Add to this the need to maintain appropriate power settings, visual reference to the horizon, scanning the airspace for traffic, scanning the instruments to confirm flight attitudes, listening to the radio then hopefully you can get a small taste of the management necessary to perform flight operations. Throw in a little rough air for excitement and the challenge for a new student pilot is something that only time and experience behind the yoke and a good CFI can help with.
The second flight lesson objective explained during the preflight briefing is to become familiar with and practice "Pitch for Airspeed-Power for Altitude". This is an important concept to understand. It takes some rewiring as your brain wants to say pitch up to go up and more power obviously means go faster. I have read about this and have had it explained to me and I absolutely understand it. One book explains it as "At any pitch attitude, the amount of power used will determine whether the airplane will climb, descend, or remain at that attitude." Of course if you are in a descent pitch, more power will only make you descend faster. So, power here just makes you lose altitude faster or slower. In level flight or in a pitch up attitude, a plane can be made to climb, descend, or maintain altitude depending on the power used. If you wish to maintain level flight, descend or climb but go faster or slower then a combination of pitch and power is necessary. Hopefully this makes some sense and the concept of "Pitch for airspeed - power for altitude" is a little more visual. Who am I to try and explain this concept? Valid question. By trying to explain this concept I am trying to reinforce it within myself. From all that I have read, this concept is a very important one to grasp, maintain and utilize.
The fuel truck is not available today so after completing the pre-flight inspection and start-up checklist we taxi from ramp 4 to fuel. This is not much different than pulling up to a gas pump except you have about fifteen feet of wing to be aware of as you approach the pump. One there and shutting down, you need to chock wheels, attach the grounding wire before fueling. When fueling you need to be sure that the nozzle rests against the the side of the fuel opening to further ground that devise. It is all about proper grounding. Fueling a C152 is not difficult other than you have to stand on a ladder and be careful to listen for the sound of being near full so as to not overfill. Once fueling is complete you need to again check both tanks and fuel strainer for any contamination. If none is found, you are good to go. There is something reassuring about having 24.5 gallons of usable fuel capacity before heading out for training. Completion of the fueling process earns me .25 hours of ground instruction for my log book.
My take off today was acceptable but not pretty. I am still getting used to watching what I am doing while trying to verify gauge readings that are registering appropriate readings. What if they are not? Abort the take off per the emergency briefings we go over each time during the run-up checklist. It is all good today and David is always there to help. There is some breeze again today which makes for a bit of a bumpy ride but I am getting used to this and know that some day I will have calm conditions. Once up and out past the end of the runway I experience the wonder of flight again, the beauty of the terrain around Grass Valley and the Sutter Buttes as I work to maintain my heading and climb pitch attitude. I complete the 1000' checklist before turning north the the training area.
As I approach the training area, I am working on finalizing the instruction to climb and maintain 5000'. Once at altitude I level off and work the mixture for proper setting, turn out lean until RPM drop then three turns rich. the air quality today not perfect but the view none the less is alway good. Early spring and everything is still green as we fly over the fast flowing South Yuba River and the covered bridge at Bridgeport, located within the South Yuba River State Park. Sight seeing over, time to work.
I spent the time today working on pitch for airspeed and power for altitude. I maneuver to different altitudes while maintaining different airspeeds. I get used to descending, climbing while using the appropriate combinations of pitch and power and making adjustments as needed. For a new pilot, at least me, this is a challenge. I know what to do but it is just not intuitive yet. I think about it before I do it. I know in time this will become second nature. I continue to work on this while on a heading back to the airport. On the downwind leg David takes the controls and talks me through the approach and landing while completing the appropriate checklists. The landing procedures go by so fast as I view and listen that it is hard to even remember what we did. Once on the ground we taxi back to hanger to complete the lesson for today. Upon shut down I again think to myself, that was fun!