What is the AOA doing at touchdown. I usually 3 point the FX3 and it feels like a full stall to me. I haven't gotten proficient at dumping the flaps on the Cub Crafters proucts like I have on a Super Cub.
I'm getting ready for my experimental cub to be finished next year. Insurance wants 100 TW/50 in type ......
I tried to stay pretty much to gravel runways when I was first learning to fly with my Pacer and Goodyear tires. After 150 hours I started making myself always land of tar if it was available over the dirt. It just made me stay sharper and helped clean up some sloppy foot work. When I got my Bushwheels I went back to dirt but never feared the tar again. Don't be afraid to tap a brake to get the plane straight. I have watched a new Maul driver do a very shallow angle 3 point drive off the runway, then eventually ground looped. Never touched either brake which could of saved him several times because his CFI had told him to never use brakes on landing:roll: One way to make rudder use a reflex instead of something you have to think to do and it even works in a nose wheel, is to fly without using the yoke/stick once you are up and heading somewhere. Trim the plane and set your RPM. Now just let go of the yoke and use rudder/trim/RPM to get to your destination. Getting into some mild turbulence is great for this exercise. It is very easy to pick up a wing and keep the plane going straight with the rudder alone and after a few hours of this you will no longer have to think about it, it will just happen.
DENNY
P.S. Only done one wheel landing in over 30 years. 99.9% are full three points, even on asphalt with crosswinds. Stick into the wind, opposite rudder, no brakes unless absolutely needed (had a tailwheel control spring disconnect on an asphalt runway, with a bad crosswind. .. that was interesting)
Friend of mine always says "Might as well land 3 point since you're going to end up there anyway"
Well, since I have your attention, here's my experience:
I have taught tailwheel to lots of people all the way through from the beginning, as well as many tailwheel endorsements in many different airplanes. Some, of course, can really only be landed in a three-point attitude due to the design. But in every other case I have made sure that they have proficiency in both types of landings. I do lots of crosswind and full-length takeoffs and landings. Anyone can fly a tailwheel; it's when you're in contact with the earth that things are challenging.
At the end, I always ask them which style of landing gives them more positive control of the plane in gusty crosswinds, and they always say that the wheel landing helps them maintain positive control, since there is a clear transition from flying to driving (the weight of the plane is transferred smoothly and quickly from the wings to the wheels). Of course, they may feel this way because of subtle influence from me.. But I certainly have seen this in my experience for 35 years since I bought my first tailwheel airplane and was sent out on my own, since there was no requirement for an endorsement at that time.
The other factor is what I've seen as a mechanic. I've seen lots of flat tail tires and broken tail springs (and the associated damage), so I always encourage pilots to mainly use the tailwheel to support the plane when parked. The mains are built to take the abuse..
It is hard to do a nice wheel landing, but it sure is pretty when done right.
All being said, I sure know a lot of old timers who love three points!
I'm new to the forum and glad to see this discussion. Just getting started on a tail wheel endorsement and now have a whopping six hours in the Super Cub. I'm having trouble with the three point landings in that swerving while attempting to brake has become a real issue. Trying to control both brakes and rudder simultaneously seems to be physically impossible. Using one or the other should not have to be a choice. One element I noticed is that the rear seat brake pedals, when depressed, are aft of the rudder pedals, allowing my instructor to better control the aircraft (think normal foot/ankle angle). In the forward cockpit, the brake pedals sit way forward of the rudder pedals when depressed at all and it's nearly impossible to control both brakes and rudders without the aircraft getting squirrelly. While I'm very physically fit, the human ankle doesn't flex like that unless your a ballet dancer (I am not) or its broken (no, its not). : )
Looking at the aircraft, I noticed the brake cables are loose / stretched between forward and rear controls. Are any of you aware of the rigging requirements for the pedals? I mentioned this to my instructor and he was going to follow up on my question with the resident A&P.
Have any of you had this issue, and how was 1) the pedal rig addressed, and 2) rudder / brake control technique developed? Thanks in advance for your responses to this complete tail-dragger newbie.
I'm new to the forum and glad to see this discussion. Just getting started on a tail wheel endorsement and now have a whopping six hours in the Super Cub. I'm having trouble with the three point landings in that swerving while attempting to brake has become a real issue. Trying to control both brakes and rudder simultaneously seems to be physically impossible. Using one or the other should not have to be a choice. One element I noticed is that the rear seat brake pedals, when depressed, are aft of the rudder pedals, allowing my instructor to better control the aircraft (think normal foot/ankle angle). In the forward cockpit, the brake pedals sit way forward of the rudder pedals when depressed at all and it's nearly impossible to control both brakes and rudders without the aircraft getting squirrelly. While I'm very physically fit, the human ankle doesn't flex like that unless your a ballet dancer (I am not) or its broken (no, its not). : )
Looking at the aircraft, I noticed the brake cables are loose / stretched between forward and rear controls. Are any of you aware of the rigging requirements for the pedals? I mentioned this to my instructor and he was going to follow up on my question with the resident A&P.
Have any of you had this issue, and how was 1) the pedal rig addressed, and 2) rudder / brake control technique developed? Thanks in advance for your responses to this complete tail-dragger newbie.