Heschia Hes-10 B-1
Heschia Hes-10 B-1
[Description]
In the 1920's up to early 1930's, Trislandia has seen their airforce growing in size rapidly, this neccessitated training a bunch of new pilots, and so RLM Specification T12/1934 was made, the request is simple, monoplane single engine single seater advanced trainer aircraft with maximum speed of atleast 350km/h that can be easily made with capability to be converted into a twin seater
Two company reached out to tackle this Specification, Heschia, and Diesler, Heschia produced the Hes-10, while Diesler produced the Di-45 Antares, Heschia uses the Elfenhaven ELV12-33/850 Hornet V12 engine producing 850hp, while Diesler uses the older but frankly more robust Elfenhaven ELR9-27/650 Antares 9-Cylinder Radial engine producing 650hp, out of the two competing aircraft, Hes-10 is found to be good for the more advanced trainer with its high speed and slightly more difficult controls, while Di-45 is good for beginners thanks to its much more favorable control and slightly lower speed, eventually both aircraft were ordered to be made, about 2500 Hes-10 was made and to this day, some flight school in Trislandia still uses the Hes-10 alongside the more numerous Di-45 for their flight training
[Specifications]
Crew: 1 Pilot
Max.Speed: 575km/h @ 3000m
Cruise Speed: 375km/h
Max.Altitude: 8.000m
Arnament: 2x Rheinmetall MG-7 7.92mm Machine Gun (500x rounds per gun)
Payload: 2x 50kg bombs, 1x 100kg bombs, 1x 350L Fuel tank
[Creator's Note]
Whoo, finally got this out of the way, just uploaded it in the morning before going for today's exam on Calculus, yeah that's gonna be pain i think, while i suffer in my exam and waiting for me to reply, you can fly this plane, a simple single seater advanced trainer and light fighter, its quite a decent plane i think, with most people who test flown this aircraft noting favorable control at medium speed
Some interesting things while i was making this aircraft, i keep finding ways to use parts more efficiently, like replacing the camera that came with the seat along with the flight computer with a simple blocky cockpit (that's the triangle thingy you see floating about), and making the engine looks more P-40 ish instead of my more standard rounded or streamlined nose, its been quite fun, and im glad to be able to get this out in time
I really can't thank @EngineerOtaku enough for his highly impressive work on test flying this aircraft and reporting all of his findings on a note for me to use, you went beyond of what im actually expecting, and i must thank you for going the extra kilometers, i will put the note in the comments area for anyone interested on reading said note
Specifications
Spotlights
- rexzion 2.0 years ago
General Characteristics
- Predecessor Heschia Hes-10 B-1
- Created On Android
- Wingspan 27.9ft (8.5m)
- Length 25.2ft (7.7m)
- Height 10.5ft (3.2m)
- Empty Weight 5,148lbs (2,335kg)
- Loaded Weight 5,768lbs (2,616kg)
Performance
- Horse Power/Weight Ratio 0.151
- Wing Loading 40.4lbs/ft2 (197.0kg/m2)
- Wing Area 143.0ft2 (13.3m2)
- Drag Points 1204
Parts
- Number of Parts 25
- Control Surfaces 5
- Performance Cost 226
@WinsWings, im sorry to ping you, but this is a submission for your "25 Parts Challenge", now the plane has been originally made as a successor to your challenge, however somewhere along the line, perhaps when i made an unlisted for test flight purposes, that successor was lost and now instead of being a successor to your challenge, its a successor to the incomplete version of this aircraft, which did successor correctly, im sorry for the slight difficulty this may cause
Credit to @EngineerOtaku for this note, thank you so much for making me this note
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aircraft lacks some stability in roll response; slippery
tendency to pitch up at speed
Due to stability of design, trim is sensitive
weapons fire inside diameter of propeller(?)
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at 100m altitude
Top speed measured at ~485km/hr TAS
Roll rate measured at ~320deg/sec
Turn rate (285-290km/hr) is around 11.85sec sustained
Max G-force (480km/hr) instant ~12.8G, sustained ~4.4G
AoA (~295km/hr) measured at 14.39deg
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Time to climb (100-1000m) from ~470km/hr, 27.56sec - speed down to ~300km/hr, 20deg nose up attitude
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at 1000m altitude
Top speed measured at ~512km/hr TAS
Roll rate measured at ~320deg/sec
Turn rate (~300km/hr) is around 12.5sec sustained
Max G-Force (~510km/hr) instant 12.8G, sustained ~4.3G
AoA (~300km/hr) measured at 14.3deg
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Time to climb (1000-3000m) from ~500km/hr, 70.55sec - speed down to ~250km/hr, 20deg nose up attitude
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at 3000m altitude
Top speed measured at ~576km/hr TAS
Roll rate measured at ~338deg/sec
Turn rate (~340km/hr) is around 14.55sec sustained
Max G-Force (~510km/hr) instant 12.8G, sustained ~4.19G
AoA (~300km/hr) measured at 14.38deg
@TeyvatAirForce saying its comparable to a Ki-61 is a bit of a stretch considering the Ki-61 is a much better plane in this sense, but i do agree on the majority of this comparison
@TWDDerSharkmarine / @EngineerOtaku
Comparable aircraft based on specifications:
it fly goode!!!