I was a working Wildlife Biologist/Pilot in central Alaska when I concluded that the Husky would do the task I needed to do. I had the use of a couple of Super Cubs, but the Cubs wouldn't do the job I needed done.
The mission: Depart Fairbanks northbound, to ~ 100 to 150 miles north, work in slow flight and low level for 2 to 5 hours, and return home without re-fueling. In pretty much all months except December and January. That means short days, where traveling another hundred plus miles while up north to refuel wasn't practical. I also needed to work on wheels, skis and floats in various seasons.
I talked our aircraft folks into buying a Husky, a 1989 A-1. Airplane was equipped with EDO 2000 floats, Aero 3000 straight skis and various tires, depending. Due to limited gross weight, on some missions, we'd run it on 6.00 x 6 tires to extract maximum speed and useful load.
At the time, we operated as "Public Aircraft" and our Cubs were all operated at weights well above the "legal" gross weight of 1750 (1760 on floats). We hadn't done any research/engineering on the subject, we just did it, cause we could.....as public aircraft. I can tell you honestly and from experience that a stock super cub at 2200 pounds is a dog. And, due to the type of work I was doing, I refused to fly them that heavy.
Anyway, I wrote to the head of our aircraft program, stating that I wanted authorization to operate that A-1 Husky at 2000 pounds, vs it's "legal" GW of 1800 lbs. That letter went unanswered for a couple months, and when the response came, it instructed me to bring the A-1 to Anchorage and exchange it for the first production A-1B Husky. That airplane was certified to 2000 pounds and 2200 on floats.
Turns out that first B model weighed 1260 empty on big tires....the lightest Husky I've ever flown. We procured a set of Rosti Fernandez retractable wheel skis from Thomas Deitrich in Germany for it, and at 76 pounds total additional weight, what a machine that airplane was.
With 50 gallons useable (and in fact, most Huskys have a little more) and minimal equipment, that airplane on skis, tires and Baumann 2100 floats was a horse. One of our very experienced pilots flew it on moose surveys one winter and noted to me that you couldn't run it out of gas in a day. And, getting to and from the work was fast and comfortable. That constant speed prop is a magic way to control thrust and fuel flows, and I learned to work both.
Eventually, our outfit bought seven Huskys, all B's. That first B that I flew for ~ 1600 hours or so was replaced with a later B that weighed almost a hundred pounds more.....groan. They transferred my favorite to another agency, who promptly wrecked it.
Anyway, one of my projects each year was to conduct Dall's Sheep surveys in the White Mountains north of Fairbanks. That flight was a Seven hour flying day, which typically started at around 4 AM. With the Super Cub, I had to do it in a borrowed airplane on wheels, and had to cache fuel either on one of the ridges or a gravel bar on Beaver Creek. Lots of fuel, because the Cub (ours were all 160 hp) really wasn't happy doing sheep surveys very heavy. So, at least two refuelings in a day needed.
When I started operating the Husky, it was assigned to me, and was generally on floats at the time of year when sheep surveys were done. PITA to take it off floats, then put it back on them after sheep surveys to do LE work in hunting seasons. So, I did some practice work in the canyons and decided I could use the Husky on floats for sheep surveys. And, it did that job beautifully. That constant speed prop allows you to actually USE all that horsepower, compared to a Cub, even one with 180 hp. And, I could get to the mountain, and back fast. I cached gas on a small lake close to the survey area.
Bottom line: Huskys are heavier than SC. Why? look at one without fabric sometime. There are UPPER longerons! So, you've got THREE sets of longerons back aft, and lots more structure all over. A sister agency pilot wrecked one of ours in a stall/spin. Pilot wound up with the engine in his lap and perished. Back seater was alive and suffered strap rash and a concussion from the deceleration when they impacted the ground, almost pure vertical. I've never seen anyone survive that sort of accident in a Cub. Part of that was the restraint system in the Husky as well....five point harness is a life saver.
Weights: Huskys are heavy, compared to Cubs. That said, more structure, and frankly, many SC empty weights are fairy tales. Yes, there are light Cubs out there. At the University where I worked, we had a brand new Top Cub, from Cub Crafters. It had one radio, no transponder, no gyro system at all. VERY basic. Honest empty weight: 1307 lbs. CC claimed those airplanes all weighed less than 1200 lbs. I've flown three of them, and all were over 1300.
Bottom line: Husky is 20 mph faster than a comparable Cub on same undercarriage. At that speed, it'll burn less gas. The late Bs and Cs are certificated to 2250. Highest Cub weight (legal) is 2000. Top Cub was 2200. The constant speed prop on the Husky makes it the workhorse it is. The quality of workmanship is superb, period! Look at the welds in the frame of a Husky, and the fabric work, etc. Cubs may have that kind of workmanship, or not.....
Husky is much more robust airframe. Lots of mods are covered on the TC....tires for example.
I tell people if your mission is to take off, fly less than fifty miles or so, land on fairly challenging sites on wheels, the SC is your machine. If you need to go farther, and on wheels, floats and skis, the Husky is the winner hands down.
Parts are $$, and Huskys are heavy. We had to mod them to get more cabin heat, but I often operated at -30 down to -40 (and, by the way, get in an empty Husky at -40 and shove the throttle to the stop if you want performance.). So, if you're operating at "normal" temps, the heat in the planes is probably fine.
FWIW. Send me a PM and we'll talk on the phone if you'd like.
MTV