Thanks to all the 206 Drivers who helped.
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Thanks to all the 206 Drivers who helped.
Hey, just wanted to thank Bell Helicopter, all the pilots, and the mechanics who helped me with specs, data, and pictures on the B206.
It was much appreciated, and with it I finally finshed the sim project allowing use of correct start procedures and wanted to share a picture with you of the final 2D cockpit.
Thanks,
Patrick
Benchmark Avionics
It was much appreciated, and with it I finally finshed the sim project allowing use of correct start procedures and wanted to share a picture with you of the final 2D cockpit.
Thanks,
Patrick
Benchmark Avionics
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Yes, it is an add-on to MS Flight Simulator. You can read a description of it on http://shop.benchmark-avionics.com.
It is still evolving. Now that the basics are done, I plan to add VRS, some blade slap sound effects, and some other cool things eventually if there is enough interest.
Right now, the main thing it does great is allow you to start like the real deal. But for some reason, it is my favorite helicopter.
Patrick
It is still evolving. Now that the basics are done, I plan to add VRS, some blade slap sound effects, and some other cool things eventually if there is enough interest.
Right now, the main thing it does great is allow you to start like the real deal. But for some reason, it is my favorite helicopter.
Patrick
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Is the blade slap ect gonna be another download which we would have to pay for if we had already payed for this one??? Also is there the 3D cockpit or is it just the 2D??
Thanks
Mike
Thanks
Mike
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Is the blade slap ect gonna be another download which we would have to pay for if we had already payed for this one???
Also is there the 3D cockpit or is it just the 2D??
Also can you pull ALL of the CB's and swiches or is it just some of them?
The whole thing will evolve over time with input from those in the know.
Patrick
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A last question
Something has been buggin me about my knowledge of turbine startups.
Basically, I understand that the TOT will rapidly rise to about 750°C then fall to 520°C by about N1 30% on ignition provided one keeps the starter depressed.
I also understand the basic concept that the starter is keep depressed to 58% N1 as that is the point at which the turbine is self-sustaining.
What I'm less clear about is what happens (not that you would do this) if you let up on the starter button in different ranges of N1, and why.
I would guess there is a low range like say under 30% where there is definately not enough suction to sustain the turbine and it will heat up to a certain level, but if left to spin down to zero, does it flame out? Would the TOT go through 1000°C or just go yellow?
Based on how turbines work, can anyone explain in theory what would happen at different points? Any difference at say 40% or 60% N1?
Thanks for your thoughts and helping me better understand turbines.
Helicopter pilots rock!
Basically, I understand that the TOT will rapidly rise to about 750°C then fall to 520°C by about N1 30% on ignition provided one keeps the starter depressed.
I also understand the basic concept that the starter is keep depressed to 58% N1 as that is the point at which the turbine is self-sustaining.
What I'm less clear about is what happens (not that you would do this) if you let up on the starter button in different ranges of N1, and why.
I would guess there is a low range like say under 30% where there is definately not enough suction to sustain the turbine and it will heat up to a certain level, but if left to spin down to zero, does it flame out? Would the TOT go through 1000°C or just go yellow?
Based on how turbines work, can anyone explain in theory what would happen at different points? Any difference at say 40% or 60% N1?
Thanks for your thoughts and helping me better understand turbines.
Helicopter pilots rock!