Pa32 lands in pits at Pomona dragstrip

Want fries with that? $200k In-n-Out burger. Inflation.
 
There’s an NHRA final there today; I tuned in to watch it and they said the racing was delayed to 6p ET but gave no reason.

Now I know.
 
If you look at the adsb track he had a pretty stable descent all the way to the ground. Maybe a slight blip at the very end. I wonder when the fan actually quit, because it looks like he passed up CCB.
 
Listened to live atc.

Group of 5 Texans landing about the same time as the Cherokee on 26L. Presumably a flyover for the drag race. Everything seemed fine. Cherokee acknowledged right base. Then tower cleared him to land on 26R while one of the Texans was on final for 26L. Never acknowledged. 1 min 15 seconds later tower asked if he was on.

Nothing about an emergency was mentioned.
 
You should see a Short-Wing Piper profile.
Is the airfoil on the short wing a NACA 65-415? I don't know much about either the Cher 6-300 or short wing fabric Piper, but I though the airfoil was the same, or very similar. Like NACA 65(2)-415. The Cher 6-300 has a high lift wing for its span. Later tapered wing is a diff airfoil section, this was an early 6-300 with the Hershey bars.
 
Is the airfoil on the short wing a NACA 65-415? I don't know much about either the Cher 6-300 or short wing fabric Piper, but I though the airfoil was the same, or very similar. Like NACA 65(2)-415. The Cher 6-300 has a high lift wing for its span. Later tapered wing is a diff airfoil section, this was an early 6-300 with the Hershey bars.
I believe usa35b
 
Listened to live atc.

Group of 5 Texans landing about the same time as the Cherokee on 26L. Presumably a flyover for the drag race. Everything seemed fine. Cherokee acknowledged right base. Then tower cleared him to land on 26R while one of the Texans was on final for 26L. Never acknowledged. 1 min 15 seconds later tower asked if he was on.

Nothing about an emergency was mentioned.
Aviate, navigate, crash land, communicate . . .. I'd say that's the correct prioritization.
 
Pilot couldn't have asked for a better place to put it down. NHRA's Safety Safari are the best out there. Sounds like the on-scene time was seconds. Too bad he couldn't line up with the strip as opposed to going in perpendicular.

By the way...that same race had a driver break the 340 MPH barrier in NHRA for the first time. I still remember when breaking 300 was a big deal.
 
When I was in college, the calculated maximum attainable drag speed with perfect conditions and unlimited HP, was 166 MPH, When that was breached, they recalculated, with better coefficient of friction, and increased to180 something.
 
When I was in college, the calculated maximum attainable drag speed with perfect conditions and unlimited HP, was 166 MPH, When that was breached, they recalculated, with better coefficient of friction, and increased to180 something.
What sort of variables were included in the calculations? Aerodynamics of existing cars or future designs? Fuel types?
 
Jocko, with his fully streamlined dragster, broke the mold for body weight being less important than drag, when he broke the track record years ago, and the streamliners became the norm. Doug Kruse, who assisted in building that first fully streamlined car, built bodies for over 100 cars after that event.

The big variable that came in was tire surfaces, which now literally glue to the pavement, and peel loose, giving the equivalent of much more weight on the tires, without inertia.
Aerodynamic wings that produce down force, providing artificial weigh, no inertia.
Streamlining is another factor.
Balance front to rear, that has all the weight on the drive wheels, and front wheels just dancing on the strip.
Small wings at the front axle provide the equivalent of much weight, to keep the steering effective, and countering the torque from the rear wheels.
Rear tires that 'grow' as the RPM goes up, raising the rear of the dragster, causing downforce from the entire body to increase down track.
Engines that produce power to weight ratios un imaginable then.
Engines so near the failure point that they are overhauled after each run.

Those are just the big items.
 
The sink rate of an unpowered pa32 is unsettling to watch :eek2:

If you think watching that is “unsettling”, think about how it will seem to the occupants
 
When I was in college, the calculated maximum attainable drag speed with perfect conditions and unlimited HP, was 166 MPH, When that was breached, they recalculated, with better coefficient of friction, and increased to180 something.
You are REALLY old. :D :D

When I was in high school they were over 200 MPH.

But the coefficient of friction change in tires have been amazing. Modern street tires are higher CoF than race tires of the 60s.
 
Back
Top