The quality of radio transmissions has been discussed here before and there are some who can't even cope with CTAF transmissions let alone talking to ATC. I put a lot of this on to the poor training in radio etiquette by instructors, some of whom are pretty poor themselves. Back in the day you had to be issued with a FRTO (Flight Radio Telephone Operator) licence and know all of the correct pro-words and the phonetic NATO alphabet and be competent in communicating with ATC and getting read backs correct. I can't even understand what some of the foreign student pilots are saying at all and they are supposed to have been tested for their English comprehension and dialogue.
The exhaust pipes are pretty robust so there probably isn't much demand for replacements. I don't know any jab owners who have had to replace exhaust pipes. I'd ask Jabiru if they could tell me who they bought the pipes off originally as it would be easier to ask the manufacturer to make some than try and do it yourself. As a one off they would be expensive but probably a better fit & quality that you could do DIY.
There are thousands of 2200 engines around and there is no difference in the exhaust on a J160 or J170. It is only the Gen 4 engines that have a separate flange assembly. The earlier exhausts were sold as a set of 4 pipes or 6 for the 3300 and the muffler was a separate item. It is pretty poor that they no longer supply these.
I've seen plenty of these and they are rubbish. Probably bought from Ali express. They cost from $5.00 to $15.00 and come with a flimsy pole. They are only good for determining the wind direction and are fully extended at only a few knots.
https://www.aliexpress.com/w/wholesale-windsock.html?spm=a2g0o.productlist.auto_suggest.1.7d25443fzXNxqw
Unless using a specific product voids the warranty (if there is one) I'd use whatever works. Manufacturers often have commercial agreements with other organistations and get a good deal if they recommend their product. There are usually a number of others that are just as good often less expensive and sometimes better. After all the Rotax is just a glorified Skidoo motor.
About 18 months my battery died and I needed one quick so went to the local battery shop told them what I had & it was for a Jab 3300 engined aircraft. They sold me a Ritar high discharge battery with 22 amp/hour rating. It was slightly smaller & lighter than the old Motobatt I had but has been great even on cold mornings and after a month or more sitting with no use. Ritar is a Chinese manufacturer that produces all sorts of batteries from small to really huge. It has a design life of 6-8 years and is capable of being fully discharged multiple times. It is a gel lead acid battery. Don't know its CCA rating but it easily turns the 3300 over & the best part is that it only cost $130.00.
Have a look at one of these. China is by far the largest battery manufacturer in the world and is leading in battery technology by a long way.
Harrison Ford is a very competent pilot and started flying in the 1960s. He has multiple type ratings and has been an advocate for sport and private aviation since then. He has owned numerous aircraft and made a number of Aviation films using his own money. He almost died after an engine failure and landed on a golf course in 2017. That was the 3rd forced landing and the Taxiway incident was well publicised. He owned the incident straight away and it was later established that the taxiway was easily mistaken for a runway. He was 74 at the time & is now 82.
Have a look at the video he did quite a few years ago called "Wings over the Rockies" as a freebie promotion for the Wings over the Rockies Aviation Museum to encourage young people to get in to aviation. It is one of the best recreational flying docos ever made.
My kit including avionics cost 47k in 2011. 3300A engine 18k. I added a few things like Dynon EFIS, EGT, Carb Heat etc & painted it myself. Total cost flying of 70k. My guess would be at least double that now, probably more.
There were no spare hands to activate the flaps in the last 2 seconds and no spare brain capacity either. Discounting reaction time 2 seconds of flap travel would be about 4 degrees & make no discernable difference at all.
Absolutely, the wing tip was only a few feet above the roof of the last building actually at the airport as the aircraft banked to make it on to the taxiway for landing.
A Cessna (looks like a C172 RG) apparently with engine failure only just makes it to Bankstown Airport this afternoon. Check out the good video of the incident. The 2 occupants waked away unscathed. The undercarriage was not deployed which based on how low it was, I reckon was a very good move.
Light plane appears to only just make Sydney runway as it narrowly avoids trees and rooftops - ABC News
WWW.ABC.NET.AU
Aerial footage shows the aircraft flying right above suburban houses before it lands and skids across a taxiway, tipping onto its wing on the...
Can't remember but it was a spray can also bought from Bunnings. I used it to paint the panel. (probably the cheapest). The white I remember was a bit of left over 2 pack from painting the plane.
I made mine out of a piece of pine dowel from Bunnings. I painted it matt black and calibrated it from the minimum of 10 litres to 100 litres with an indent mark at 5 litre intervals that runs around the dowel using a lathe. Each line was then painted white with a fine artist brush with the number of litres inscribed above also in white. It took a while to make but I have had it now for 10 years, it is dead accurate & the fuel doesn't wick. I also calibrated the other side (180 deg) of it for my wing tanks
Watts per kilo is the power to weight ratio. Watt hours to Kg is the energy density so yes that is correct when looking at the amount of energy able to be stored for a given weight in kilograms. If we manage to get to 1 KWh/Kg (at the pack level) then the battery in my EV would only weigh 64 Kg instead of the 400 Kgs it weighs now.
There are dozens of companies working on electric short haul passenger aircraft. If battery technology gets to the magic 1000 watts per kg they become quite viable for a range of around 1000km. At present the best (semi solid state) batteries out of China come in at 720 watts per kg. CATL already have aviation lithium based batteries batteries with energy density of 500watts per kg compared to the very best EV Lithium NMC batteries of 360 watts/kg. These are mainly aimed at the Vtol commuter market.
Battery swap technology is very advanced in China. They already have battery swap stations able to swap out a battery in an EV in under 4 minutes with the largest swappable batteries providing up to 1000km of range.
I had no idea these things existed. I watched a video of a racing drone beat a Tesla Model S Plaid which has 1020 HP & 1420 NM of torque as well as a Red Bull F1 car over a standing 1/4 mile track. The drone took off vertically, transitioned to horizontal flight and went from 0 to 300 km/h in 2 seconds. That is insane.
The drone footage at the beginning was superb. Pity it couldn't keep up with the aircraft but then that was part of the clip when it came back for the landing taxi and stop.
The other gaffe was just plain funny. Their so called "Aviation Expert" on TV stated that they decided to do a "Belly Up" landing. That would have been great to watch, if a tad dangerous.
There have been a few wheels up landings of late. Another bit of stupid reporting. First they say correctly the pilot was circling burning off fuel, then they interview a local and quote the statement "I knew he was dumping his fuel' which of course he wasn't as they had already said. Then again accuracy is not a trait of modern reporting.
Yes it worked out for the Gimli glider and also the A330 that had to land at the Azores through fuel starvation in 2001. Both were very lucky, more so the A330. The Atlantic is big & mostly empty of landing places.