I returned from Mexico a couple of days ago.Â It was unfortunate that I wasn’t able to fly down to San Carlos.Â Â When you’ve got a pilot certificate, making a 15 hour drive leaves you wondering why you went through all that training, even though you’re well aware that there are plenty of times it just wouldn’t be safe to fly.
As it turns out, this was one of those times.Â Â The intense heat and humidity the southwest has been experiencing lately createdÂ a 300 mile long squall line along Interstate 8.Â Spectacular thunderstorms are a common occurance inÂ the region duringÂ summer months, but this one was impressive even by those standards.Â Surface winds of 50 mph and lightning strikes at the rate of 2-3 per second.
While on vacation, I watched with interest the unveiling of Cessna’s long-awaited “Cirrus killer” at AirVenture.Â The Textron subsidiary has been losing market share to Cirrus Design for a number of years and certainly saw the handwriting on the wall.Â To be competitive, they’d have to ante up with a modern design containing all the features you’d find on an SR22.Â This is what they came up with:
Cessna CEO Jack Pelton was careful to describe this as a “proof of concept” airplane.Â It’s hard to know how close thisÂ will beÂ to the final product andÂ where they are in terms of certification.Â It could beÂ a year down the road.Â It could also be five years down the road.
From what I can see,Â this thingÂ is basically aÂ high wing Cirrus.Â The wing is similar, the structure looks similar, it even has the free-castoring nosewheel.Â The shape and size of the vertical stabilizer, main landing gear, and fuselage are reminiscent of the Cirrus as well.
I can’t decide if CessnaÂ is trying to catch up, or ifÂ waiting to build this airplane was a sign ofÂ genius.Â On the one hand, it’s a huge corporation that probably moves slowly.Â On the other hand,Â it’s possible that CessnaÂ waited on purpose, allowing Cirrus to spend millions on R&D, tooling, improvements, etc.Â Â Then,Â once they had aÂ final product which was selling well, just copy it and put the wing on top.Â The Soviets did that for years, copying everything from military jets to our space shuttle.
One can assume that Cessna will have toÂ match Cirrus in price.Â Cirrus is selling a thousand airplanes per year, that’s what’s taking the lion’s share of the high-performance piston market.Â A fully loaded SR22/GTS runs about $450-480k, so to be competitive, that’s where Cessna will have to price this airplane.
It had also better come with airbags, a parachute, a glass panel, air conditioning, deicing, and all the other stuff you find on a Cirrus in that price range.Â It will be interesting to see what the useful load is with all that equipment on board.
A fully loaded GTS has a full fuel (80 gallons) payload of 500 lbs.Â Not much, I guess, but that’s what people want these days.Â They rarely travel with four on board, so why not have the equipment and fuel capacity that will allow the airplane to really travel — in style.
I fly Cirrus SR22s every day at work.Â It’ll be tough to beat them at that game.Â The folks in Duluth spent a lot of time and money to come up with a modern airplane, and they’ve had thousands of chances upon which to improve the product.Â The doors, brakes, fairings, electronics, and other components are far better than on the models they made just a few years ago.Â And Cirrus recently announced the addition of a turbocharger to the SR22.Â It’s their way of trying to stay competitive with the Columbia 450’s 230 knot cruise speed.Â To really keep up with the Jonses, Cessna’s new airplane should at least have a turbocharger option.
One place where Cessna can improve on the SR22 is in control feel and harmony.Â In my opinion, this is the SR22s main drawback.Â The Cirrus is not designed for “fun” flying, it’s designed to go places.Â With that in mind, it uses a series of spring cartridges for trimming the plane.Â It leaves the controls with a foreign, artificial feel.Â They feel the same on the ground as they do in the air.Â There’s no aerodynamic feedback through the stick.Â When you’re low and slow, the controls don’t feel mushy.Â They’re as firm as when you’re at cruise speed, because what you’re feeling when you move the stick is the resistance of the spring cartridges more than the resistance of the air passing over the control surface.
Another major omission in the SR22 is the lack of a pitch trim wheel.Â It’s extremely difficult to manually trim the plane for level flight.Â A manual trim wheel would be perfect for this job, but Cirrus chose to omit it from the plane.Â Again, it’s because the aircraft was designed for serious travel.Â The thought was that the airplane would be on autopilot most of the time.Â And it is.Â But still, the lack of an analog pitch trim device is a major drawback in my opinion.Â If nothing else, it would make the plane safer.Â As it stands now, a trim failure means you have to fight the plane until landing.Â In a Cirrus, it’s hard work to do this.Â You’re not only fighting the out-of-trim condition, but also the normal spring cartridge pressure AND the rudder-aileron interconnect, which is quite strong.
If Cessna fixes this, gives it an A36-like control harmony, and is competitive on price, I can see them making headway against Duluth.
One major advantage Cessna brings to the battle is money.Â As a subsidiary of a multi-billion dollar conglomerate, they have financial resources far beyond those of Cirrus or Columbia.Â That means they can design, certify, and start producing these planes far more quickly than anyone else.Â Witness the Cessna’sÂ Mustang jet.Â They got a very late start into the VLJ market, yet they’ve basically caught up to Eclipse.Â Why?Â More resources.Â That means less time spent scrounging for money.
Whoever wins this battle, it’s nice to see that one is at least taking place.Â The ultimate winner in this contest will be the general aviation community, because competition means innovation and that’s something the industry has been in sore need of for a long, long time.