Glad you're having fun with the model!
It might just tell you something about a harsh environment when even water injection won't help you.
Glad you're having fun with the model!
It might just tell you something about a harsh environment when even water injection won't help you.
http://www.dmflightsim.co.uk/
Cheers Chris
JAFO did you do a repaint of the BAC-111? I had a go at doing the RAAF VIP fleet and using a combination of textures from a variety of the others came up with a passable effort - including the kangaroo roundels but two problems defy my at the moment:
1. How do you get the right side lettering to display correctly? Tail and fuselage. If I do it as per the other textures the lettering is reversed, if I reverse the lettering it turns into rubbish but only on the right side. left is great.
2. The flag colours on the tail have defied me completely - any ideas appreciated.
Other than that not to hard to work with.
This is one of my favourite jets, it is a delight to fly and this is still one of the outstanding freeware works ever and as good as some very expensive payware jobs.
Uploaded a revised package yesterday that restores the engine smoke (see first post for download link). Apparently spamming "SMOKE_ON" as in the original XML code wasn't a viable solution anymore in FSX(SE).
https://www.youtube.com/watch?v=E2-G5IWcm9E
Came across this old video the other day by accident (I was looking at something else unrelated). Anyhow it is an excellent cockpit view of the BAC 111 conducting a flight from Stansted in London to Dublin, it runs for about an hour and twenty minutes, from pre-flight to arrival from the crew perspective with good closeup shots of instrumentation and readings at various stages of the flight, in short a little tutorial on flying the BAC 111.
It just confirmed for me how good the Maltby BAC 111 is, I give it ten out of ten with the additional mods to make it work well in FSX just amazing. The other thing is even though the BAC 1-11 was very noisy outside how quiet the cockpit is.
Great find Bendy, the procedures and checks are a good thing to go by ..
After a very long time I re-installed 1-11 to my FSX. Old love never dies...
But, what the problem with the tires might be? See the shot below.
Problem with the repaint in question?
Hi all
This aircraft continues to operate well for me in P3D V3.4. The only thing I still can't confirm is engine smoke from this beast. I believe I have the latest updates - everything else functions properly. Wondering if there is something specific I can check. I use the latest version of DirectX which I believe to be 12.
Thanks
Warren (aspen31)
No support for P3Dv3 onward from me as it breaks backward compatibility more and more with each update.
Bjoern
Thanks just the same. I thought the smoke worked earlier but I guess the update to 3.4 effected it. Everything else seems fine - in fact your 1-11 is the best jet airplane I have in 3.4.
All the best.
Warren
Just downloaded this as I really have missed this but where are all the textures?.
Tom,Just downloaded this as I really have missed this but where are all the textures?
You'll still need to download and install the base package(s) from David Maltby's site (http://www.dmflightsim.co.uk/bac_1-11.htm) to get all the textures, etc. Install DM's packs first then install Bjoern's upgrades. Be sure to check the readme in the FSX upgrade as there are a few other steps to ensure everything is in its correct place.
Good luck.
-Mark
What Mark said.
Thanks for this Bjoern.. Its an awesome gift ( and I just now saw the thread to download it ).. Too bad you have no love for DM's Comet's. He did an incredible job on them ( still fly them in fsx ).. Would love to see them updated.. Oh well.. ..
Can a mod change the download link in the first post to this one?
https://drive.google.com/file/d/0B6K...fKW_fMC0ddQdXw
Using the old link apparently triggers a "Request for access" e-mail from Google Drive now which really, REALLY annoys me.
Windows 7 Professional 64 bit, 16 Gigs Ram
Cooler Master HAF 932 Tower
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Intel Core i7-860 Lynnfield Quad-Core 2.8 GHz LGA 1156
ZOTAC GeForce GTX 1050 Ti 4GB 128-Bit GDDR5
SCEPTRE 27"
WD Black 1 TB
ASUS Xonar DS 7.1
CORSAIR K95 RGB Platnum XT, PBT double-shot keycaps, Cherry MX Blue
Logitech M510
Sorry for bringing up this seven year old thread.
David Maltby's BAC 1-11 is first freeware add on plane for me that has FANCY cabin pressurization functions. I read many posts saying that the alarm and warning light will go off if a flight simmer does not set proper cabin pressurization functions before take off.
I do not know how to do that. Can you or anyone please be kind enough to show me graphic examples where I am supposed to set safety value to closed and how to set specific number or degree or percent for cabin pressurization or cabin altitude please so that the alarm will not go off. Thanks
Thanks,
Aharon
That's incorrect; The sim does not do that, the aircraft model does.
Simplified models with a pressurized fuselage set it automatically.
an aircraft modeled with a pressurization system that can be manipulated (set by the pilot) normally will not sound or indicate an alarm until passing around 10,000 - 12,500 ft pressure altitude if the system has not been preset previously (not necessarily before takeoff; i.e. maybe some time after takeoff but prior to passing 10,000 or so MSL)
The DM manual(in the documentation folder) for the BAC 1-11 CENTER section shows the gauges and explains how to set the system for desired cruise altitude and cabin rate of climb. Review it and the gauges / switches and try it out. See what you get once you reach cruise altitude, where the cabin altitude should be what you set it for if done correctly.
Depending on the airplane's system, a desired cabin altitude may be set too low for the desired cruise altitude so the desired cabin pressure cannot be held by the system output, and the desired cabin pressure has to be set higher; usually a scale on the cabin altitude setting dial shows the highest cabin altitude achievable. A cabin altitude higher than 10,000 ft is dangerous and illegal; 8000 ft is a good thumb rule for max cabin altitude.
Hope this helps
Mike71,
Great to hear from you!!!! I never said sim did it. I said in my words from orginal post "David Maltby's BAC 1-11 is first freeware add on plane for me that has FANCY cabin pressurization functions. I read many posts saying that the alarm and warning light will go off if a flight simmer does not set proper cabin pressurization functions before take off."
I think think think you might have confused the two words flight simmer with what you think is the other two words flight sim.
Well unless I am mistaken, the HJG manual for BC 1-11 said it must be set before take off.
Yes you are right about the DM manual but unfortunately, the DM website is gone and I cannot find on the internet the DM manual for BAC 1-11. HJG has manual but unless my eyes need doctor check up. the HJG manual never tells me how to set safety value to closed and how to set specific number or degree or percent for cabin pressurization or cabin altitude please so that the alarm will not go off.
I am trying to understand this. No offense to you ha ha ha ha So I have to set the cabin pressurization gauge to 8,000 ft????
Always pleasure to hear from you and I am enjoying your famous DC-4/C-54 package.
Regards,
Aharon
8,000 ft should be good. From a test, the plane will not exceed the 7.5 psi pressure differential limit with the cabin altitude set to 8000 ft at a max cruise limit of FL340.
The safety valve functions to slowly bleed off cabin differential pressure in case the controller fails - the rate of pressure decrease can be controlled by the rate knob. This is an abnormal situation. I believe the RAM air valve is for smoke evacuation etc and possibly to help deflate door seals after landing, but I am not sure.
This might help: use the VC view to see everything, the 2D panel shows only part of the pressurization controls or does not work.
From the manual:
(make sure the air conditioning / bleed isolation and APU valve systems on the overhead panel are correct; pressurization depends on it; see checklists below):
Cabin Alt to Baro Pressure
Used to regulate cabin altitude (cabin pressure).
The 'A' knob on the left selects the required cabin altitude selectable from -2000 to +9000 ft.
The 'R' knob on the right selects the rate at which cabin altitude is altered (between 150 & 1000 ft/min)
The knob in the middle adjusts the reference poiner at the top. Set it to 'current pressure' in inches of Mercury.
Cabin Altitude
VC only. Shows the current cabin altitude from 0 to 40,000 ft.
Also shows the current pressure differential on the hull in psi 0 to 10 (max 7.5).
The required cabin pressure is set using the 'Cabin Alt to Baro Pressure' gauge above.
Cabin Altitude VSI
VC only. Shows the current rate of change in cabin altitude from 0 to 2,000 ft/min.
The required cabin pressure & rate of change is set using the 'Cabin Alt to Baro Pressure' gauge above.
Air Isolation Valves Open
Air Con Masters Closed
Ram Air Valve Closed
Pressure Safety Valve Open
EXTRACT from checklists:
Starting Check
Battery On
APU Generator Control Trip (APU Gen Off)
APU Start
To start APU:-
Switch 'APU CONTROL' to 'ON'
Check 'FUEL VALVE' reads 'OPEN'
Click 'PUSH TO START'
'START' gulls eye initially reads 'START'
After 35%RPM 'START' goes blank, then displays 'RUN' when at full RPM.
APU Generator Control Reset (APU Gen On)
Voltage, Cycles, Amps Check
Start Lever (HP cocks) Shut
L.P. Valves Open
Transfer Valves/Pumps On
Booster pumps On
APU Air delivery Open
APU Air crossfeed Open
Air Con Masters APU
No smoking signs On
Seatbelt signs On
Emergency Lights Armed
Pitot heat Check & Off
Anti-icing Off
Hydraulic Quantity In green
Hydraulic DC pump Off
Hydraulic Pumps Eng & Aux all On
Aileron & Rudder trim Check & centred
Nav Lights On
Fuel Aboard Check gauges v Flight plan
Parking brakes On
Air Isolation Valves Open
Air Con Masters Closed
Ram Air Valve Closed
Pressure Safety Valve Open
Eng Generator Control Trip both (Engine Gens Off)
Start clearance Obtained from ATC
Beacon On
Engine Top Temp On
Throttles Closed
Start engines Starting 1 2
To start Engines:-
Select 'Start Master' to START.
Click 'Start/Relight' switch to 'START & MOTOR'
Check for both amber ignitor lights & Green shaft rotation light
Start lever will move to OPEN automatically on the model
Start Master Off
Starter switches Off
Eng Generator Control Reset (Engine Gens On)
Bus & Gen Fail lights Check Out
Air Con Masters APU
Anti ice As required
Control surfaces Checked
Clearence for taxi Obtained from ATC
Taxi Check
Hydraulic pumps Aux 1 On, Aux 2 Off
Door warning lights All Out
Parking brakes Off
Flaps / Slats Select for takeoff (18 degrees or 8 if runway length permits)
Pressure Safety Valve Closed
Battery Check on
Speed brakes Checked & zero
Trims Set for takeoff (3 degrees nose up)
Takeoff speeds Checked & set (Click the Speed Reference Chinagraph for speeds)
Flight instruments Checked & set
Reverse Checked lights out
Flaps Set for takeoff
Thrust Index Check Index number (Click top of either Thrust Index gauge to auto set)
Before Takeoff Check
Landing lamps As required
Pitot heater On
Windshield Heat High
Anti-icing As required
Autopilot Off
Transponder Check code
Cabin Pressurization Check (2000 min selected)
Fuel transfer pumps/valves Off & Closed
(draw fuel from wing tanks only)
Start Switches Both Relight
Water Injection On if required
Engine Top Temp On
Takeoff clearence Obtained from ATC
After Takeoff Check
Gear Up, lights out
Flaps Up at 180 kt
Water Injection Off
APU Unless flight time is 1 hour or less
'APU CONTROL' switch to 'OFF'
Start Switches Off
Landing lamps Up & off
Air Con Masters Open
APU Air delivery Closed
APU Air crossfeed Closed
Altimeters Set
Windshield Heat As required
Hydraulic pumps Aux 1 & 2 Off
Fuel transfer pumps/valves On & Open when climb established
Top of Descent Check
Altimeters Check 29.29 in (1013 mbs)
Safety heights Check for descent
Cabin Pressurization Check & set
Last edited by Mike71; September 23rd, 2023 at 07:34.
Try 500 fpm cabin climb rate; make sure the safety valve switch is in CLOSE (UP) or the climb rate selector will not work. anything more than 1000 fpm cabin climb rate can be uncomfortable for some passengers.
During climb look at the cabin altitude "A" needle stop at 8000 ft, and the pressure differential needle gradually increase as you pass 10,000 MSL, indicating pressurization is working. If not, the failure light will trigger above 10,000 MSL
Thanks for great great great great help, Mike 71!!
Much appreciated!
First time in 15 years of flight simming that I must use fancy functions of cabin pressurization for add on plane!!
Regards,
Aharon
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