Howard Wilson
Line Up and Wait
Geezer, not a correction. Just added information. ;-)
Remember 'Concorde' going to and from Dulles, passing over every day.
Remember 'Concorde' going to and from Dulles, passing over every day.
I was really enamored with the Helio after seeing the OP... But, it's an orphan... So you can't easily find operating costs....
But I did find this (quite long but interesting): https://www.reddit.com/r/flying/com..._source=amp&utm_medium=&utm_content=post_body
I could view it in browser, didn't have to join reddit.
It's the paucity of parts for the airframe... And this one had castering (crosswind) main gear... Oh, and a geared engine... But typical for THAT geared engine, I suppose.Operating costs shouldn't be any different than any other piston single with that engine/prop.
It's the paucity of parts for the airframe... And this one had castering (crosswind) main gear... Oh, and a geared engine... But typical for THAT geared engine, I suppose.
It is easier to get a part machined these days than to find or buy some Cessna parts. If you could just CNC machine a new spar carry through for a 210 or 177, I am sure you could find a solution for less than the nearly $10,000 it costs for even a used one (prices range from $2,000-10,000 reportedly for used and "Unknown" as the cost for new from Cessna). Combined with 3D laser mapping of your existing part and CNC machining, I bet parts would be easier and cheaper.I was looking at it from the perspective that it is a simple airframe. Like a lot of types with no new parts, you might have to fab new parts yourself. Things like brake pads and wheels - what a PITA.
I've suggested that before.... Got NOWHERE with it.It is easier to get a part machined these days than to find or buy some Cessna parts. If you could just CNC machine a new spar carry through for a 210 or 177, I am sure you could find a solution for less than the nearly $10,000 it costs for even a used one (prices range from $2,000-10,000 reportedly for used and "Unknown" as the cost for new from Cessna). Combined with 3D laser mapping of your existing part and CNC machining, I bet parts would be easier and cheaper.
It can be "easier" to an extent via owner produced parts. Whether "cheaper" depends on if you can find the original approved data or get new data approved and find the right person to install the parts. A lot of the older unique aircraft follow this same path. But definitely doable regardless of the type aircraft. In the case of the Helio I thought I read an article years back where someone out west bought the Helio TC, etc and was going to start producing airframes or parts again. But I could be mistaken as well.I bet parts would be easier and cheaper.
It looks like Atlee Dodge and McFarlane make some parts for Helios. Are there any Helio groups/clubs up there?The Helio restart never happened but lots of them are still going strong.
The Helio restart never happened but lots of them are still going strong. They aren't that unique. Slats are passive. Big flaps and big chord ailerons. Big tail. Complicated fuel system. If you want STOL but a new age Cub!
Is anyone building Beaver clones? Quest Kodiak I guess?They never dethroned either the 206 or Beaver as a working airplane. And like I said earlier, my Cub (with leading edge stats and big Fowler flaps) has more space and a greater useful than a Helio. They're a little faster but a Cub will take off and land in less space. I guess the market has noticed, because nobody's building Helio clones!
They never dethroned either the 206 or Beaver as a working airplane...!
More room in a cub? Where? The Helio seats 5 has a gross of 3600#. The Helio's STOL characteristics were built in from the factory... Your Cub's may have been as well, I don't know. The stall speed on a Helio is 25 mph... Not knots... Useful load ~1250# And they were chosen, over Cubs ... When Cubs were certainty more plentiful... for jungle work on horrific strips. Perhaps it was the 17K ceiling?They never dethroned either the 206 or Beaver as a working airplane. And like I said earlier, my Cub (with leading edge stats and big Fowler flaps) has more space and a greater useful than a Helio. They're a little faster but a Cub will take off and land in less space. I guess the market has noticed, because nobody's building Helio clones!
Your Cub has these specs? Please tell us which ones your Cub can beat? Remember the takeoff specs are at max gross of 3400#. And a future model has a gross weight increase to 3600#.They never dethroned either the 206 or Beaver as a working airplane. And like I said earlier, my Cub (with leading edge stats and big Fowler flaps) has more space and a greater useful than a Helio. They're a little faster but a Cub will take off and land in less space. I guess the market has noticed, because nobody's building Helio clones!
You still didn't answer the question(s). I understand you are rightfully proud of your choice... and that there are possibly more versatile, practical aircraft than the Helio for different missions.You guys live in books. I live in the Alaska STOL world. You need to get out more!
I came about 30 seconds from buying a Helio 250 when I bought my 180. Bro in law had a 395 at the time. I'm familiar with Helios. I've never been sorry that I chose my 180. Or my new Cub!
Well, it IS POA... and "marking trees" is a "speciality." I was really grateful for your OP. I think the plane was ahead of it's time in some respects... And your post made me dig further...The main point of this thread when I started it was that hey, that was back in 1954. There were about 500 Helio Couriers made over a 20 year span and there definitely was a specialized mission for them but they are no longer being built so the "newest" one is 46 years old now and outside of experimental they were never fitted with a turbine which is the biggest factor for aircraft being used on those remote missions due to the scarcity of avgas. I just thought it was a cool airplane, didn't want to see a pi$$ing contest.