上单翼航模KT板模板
KT板航模遥控飞机F制作图纸
Lower Rear Fuse
Tail
Cut here for rudder (Optional)
Rudder (Optional) Control point Rudder Servo (Optional)
INCH
0
1
2
3
4
3mm or 4mm Carbon rod epoxy into V slot
Right Aileron
Control point
COG 7cm to 8cm from wing break.
Max prop size 6”
Control point Left Aileron
MOTOR MOUNT PARTS
Missile (attach to wing tip) Missile (attach to wing tip)
Battery position
Doublers (For Intake) Doublers (For Intake)
Doublers (For Intake) Doublers (For Intapron or Balsa)
Doublers used in corners
Doublers Doublers
Hatch to acces electronics and battery
Lower Front Fuse
Upper Fuse
CM
0 1 2 3 4 5 6 7 8 9 10
3mm PLYWOOD
Glue Plywood onto Depron
Control points (Make 4 from old plastic credit card)
MiG米格KT板模型制作图纸
1/64" lite ply doubler
30mm
Tail Skid Pressure 1/32" lite ply
Make 1 10x80mm
Dorsal Fin-Practical
Bulkhead 1 Bulkhead 2
Bulkhead 3 bend line
MiG-23 "Flogger" Park Jet
1/4" balsa
Taileron Make 2
Dorsal Fin Stop Block Make 2
Make 4 1/8" lite ply
Turtledeck Side - bevel Make 2
Make 2 1/8" lite ply
1/16" dia
Make 2
1/8" lite ply
3/8" balsa
Swing Wing Control Horn Make 1 1/8" lite ply
21mm 22.5mm
Aft Lower Wing Cover Make 2
Left
Right
1/16" dia hole for control rod
Middle Strake
Make 2
Bulkhead 2 Make 1
Bulkhead 3 Make 1
Fin Make 1
Wing Make 2
Taper to 3mm at front
Nose Cone Side Make 10
Top Forward Fuse Make 1
Bottom Forward Fuse Make 1
KT纸飞机
横梁位于ＢＣ连线上，因为要靠 到匹配重心，电机安装过后会导 致重心很难配平到５０％。我使 用 １８０６Ｎ铃铛电机，就固 定在横梁上，这样螺旋桨的位置 应该刚好就在 ＡＤ连线位置上 了。
3、动力配置我比较推荐 翱翔的小无刷 1806N kv2100，原因一是重量小（21G 左右，加将保护器，螺旋桨等才30G左 右）比较好匹配重心，如果电机过重会 导致电池安装位置过于靠前，炸鸡的时 候对电池损伤比较重，而用重量大的电 池压重心又会使翼载荷增大，而导致飞 行速度偏快；二是配合AOXAN5030 桨 效率比较高，3CELL 锂电推力可以达到 300G 左右，而电流大约6.5 A ，比较省 电。电调采用 好盈10A 稳定可靠，小巧 轻便。电池 要配3CELL 10c 以上容量 800~1300 mah 重量再60g~100g 左右 的，品牌自选，比较推荐 好比龙的 LOOG-MAX 800~1300MAH /3cell/ 15c 。
３、随意型—— 适合高手，右 手涅住左翼边缘，飞机姿态放平， 迎着风，左手加油们到１／２～ ２／３ 感觉到推力足够后轻轻 平甩出去。出手后立刻换正常手 位，右手把副翼向右打平，抵消 甩出后左斜角度，并把油门稍稍 加大，左手要轻微拉升舵，让 “纸飞机”稳稳向前上方爬升。 高度上升到二三十米后，收小油 门，降低速度，即可正常飞行。
２、自助型—— 适合入门者， 自己右手握住“纸飞机”V槽中 部（重心位置处），飞机姿态放 平，迎着风；你得左手加油们到 １／２～ ２／３ 感觉到推力 足够后轻轻向前平掷，出手后立 刻换正常手位，左手要轻微拉升 舵，右手把油门稍稍加大，让 “纸飞机”稳稳向前上方爬升。 高度上升到二三十米后，收小油 门，降低速度，即可正常飞行。
航模图纸-KT板-上单翼-像真-F-22(All in one)
Bevel edges ofnozzles as shownBevel edges ofnozzles as shownFuselage top spine(Make 1)34 deg bevel (.15")34 deg bevel (.15")Aft fuselage bottom (Make 1)Vertical ta (Make 2Designed by SAll parts mad e from 6m foam unless othCopyright © 2007 peron control horns m 1/32" plywood)e plates for thrust oring motor mount 1 each from 1/8" ply)Epoxy to motor stick hereby Steve Sh umate m 6mm De pron or BlueCo re s otherwise specified 07 All Rig hts Reserved J i g f o r s e t t i n g t a i l d i h e d (M a k e63 de g b e v e l (.26")63 d e g b e v e l (.26")76 d e g b e v e l (.5")76 d e g b e v e l (.5")B e v e l a n d t r im a s r e q u i r e d t o f i tf l u s h w it h f u s e lag e s i d e s B e v e l a n d t r im a s r e q u i r e d t o f i t f l u sh wi t h f u s e l a g e s i d e s63 deg bevel (.26")Aft fuselage (Make 1 from 363 deg bevel (.2selage top piece from 3mm Depron)vel (.26")Trim pieces fo(Make 2ces for outboard of vertical t ail ake 2 from 3mm Depro n)Vertical tail (Make 2)Install aft fuselage sides hereVertical tail slot (cut at 28 deg angl e)t i n g v e r t i c a l i h e d r a l k e 2)S t a b i l a t o r p i v o t t u b (g r o o v e e d g e a n d a t w i t h e p o x y )Forward fuselage bottom (Make 1)Tab fits into slot in wingForward fuselage top (Make 1)Inlet d (Make 2 fThrust vector servo (HS-85MG shown)34 deg beStabilator servoTab fits into slot in wingAft fuselage side(Make 2)nlet diverter ke 2 from 3mm)Inboard inlet side (Make 2 from 3mm)Fuselage centerline s upportand motor mount (Make 2 and laminat e)34 deg bevel (.15")34 deg bevel (.15")34 deg bevel (.08")34 deg bevel (.08")eg bevel (.08")Cutout to clear rudder servoTail booms(Make 10 and laminate 5 each to make two boom s)Motor stick cutoutTemporary bulkhead to help position fusel age sides on wing during assembly (Make 4)Cut channel toclear stab pivot tubeTurtledeck top (Make 2)(this piece is slightly over size in width to allow trimmin g to shape)Optional launch grip fairings Make 2 and sand to shapeT5T4240Scale in inch2T1inches4T1T2Nose cone top template (use to help carve to shape)Cut slot for fuselagecenter spine Install aft fuselage sides hereCut slot for fucenter spiT3Wing (Make 1)Vertical tail bracesfor fuselage er spineT4T528 deg bevel (.12")S t a b i l a t o r p i v o t t u b e s (g r o o v e e d g e a n d a t t a c h w i t h e p o x y )t t u b e s d a t t a c hForward fuselageF234 d eg bev el (.15")29 d e g be v e l (.12")Canopy(Make 10 and laF3Forward fuselage sid elower half(Make 2)34 deg bevel (.15")34 de g b eve l (.15")F2F3F4 Forward fuselage sid eupper half(Make 2)29 d e g b e v e l (.12")nopynd laminate)T1T1T3T2F1F3Cut bulkhead in half along this line before assembly (will re-attachduring assembly)F2Cut bulkhead in half along this line before assembly (will re-attachduring assembly)Cut bulkhead in half along this line before assembly (will re-attachduring assembly)F4。
航模KT板FT-Baby Blender V2双翼机教程与图纸
航模KT板FT-Baby Blender V2双翼机教程与图纸
航模KT板FT-Baby Blender V2双翼机教程与图纸
FT-Baby Blender V2是典型的双翼机，拥有非常完美的飞行体验，极易操控，耐炸，且制作成本低廉，只要具备一定的动手能力，你就能拥有这架漂亮结实的KT板双翼机。
FT-Baby Blender V2是之前一个FT-Baby Blender版本的升级之作，Flite Test团队吸取了广大爱好者的建议和意见，制作了这款强度更高、飞行更稳定的FT-Baby Blender。
此版本在尺寸保持不变的情况下，简化了难度，
改进了制作图纸。
其中一项重大改进就是让升降舵嵌进机身的同时也让尾翼与机身插板对齐。
此版本的方向舵更结实并且由机尾机身夹板夹住尾翼下端以加固。
与之前的版本相比，现在这款微调了拉力线，解决了升降舵的故障问题。
高升力翼型及双翼桅板，易于制作，同时改善了飞行特性。
起落架也更结实，更易更换插拔。
推荐配件：
1000-1500KV无刷电机
9g舵机*4
好盈20-30A无刷电调
世豹Spard 1300mAh 25C 3S 11.1V Lipo 电池6通及以上遥控器
6通及以上接收机
舵角
舵角U型夹
快速调节器
舵机钢丝线
来自：乐模网。
自制KT板航模遥控飞机F-22_制作教程
Page 2
1. Begin assembly with the forward fuselage. Start by carefully cutting the beveled edges on all of the forward fuselage pieces as shown on the plans. Draw a reference line on each part that’s inset from the edge the distance indicated on the plans (note you can trace the lines from an identical part onto the opposite part). Then cut the bevel with a sharp hobby knife. You can use a straightedge for the straight segments, but the curved segments will need to be cut by hand. It’s best to practice with some scrap foam first to get the hang of it before cutting the actual parts. Be sure to make mirror-image left- and right-side pieces! The beveled parts should look like the photo at lower left when done (upper forward fuselage side shown).
Page 5
5. Laminate the two fuselage centerline support pieces together (3M 77 spray adhesive recommended). Then cut bevels on the edges of the aft fuselage sides as indicated on the plans. Place the wing on a flat surface, and then glue the two aft fuselage sides and centerline piece onto the bottom of the wing as shown. Use the four temporary bulkheads provided to ensure the fuselage sides are glued on at the proper angle. Note pins can be used to hold everything together while the glues dries. I recommend using a gap-filling glue such as epoxy with microballons or ProBond for this step. Remove the temporary bulkheads once the glue dries.
设计制作一架KT板Mig29像真模型飞机资料.
设计制作一架KT板像真电动模型飞机作者：戴瀚苏2009-7-4 一、前言用KT板制作模型飞机的优点是重量轻，成本低，工艺简单，耐摔且容易修复，因此KT板模型飞机受到了模友们的广泛青睐。
目前，用KT板制作模型飞机呈现出两种趋势，其中主流趋势是仿照运动机（如Extra330，Su-26，Yak-54等）外形制作尺寸小（翼展800mm 以下），重量轻（起飞重量低于500g）的轻型特技模型飞机或室内超轻型特技飞机模型，如图1，这类模型飞机翼载轻，操纵效率高，动力强劲，因此可以很容易完成各种特技飞行动作，是初学者练习特技飞行的尚佳选择；然而最近另一种趋势正在悄然兴起，那就是仿照战斗机（如F-18、F-22、Su-27等）外形制作尺寸中小（翼展700mm到1000mm之间），重量较重（起飞重量大于500g）的像真模型飞机，如图2，这类模型飞机机翼展弦比和机翼面积较小，动力充沛，因此飞行速度快并且具有较强的机动能力，给喜爱像真模型飞机的朋友们带来了刺激和乐趣。
图1 KT板轻型特技模型飞机图2 KT板像真模型飞机然而，KT板像真模型飞机在展现速度与激情的同时也存在着不少问题和难点，首先，KT板像真模型飞机的滑翔性能欠佳。
按照真实战斗机缩比制作的模型飞机机翼的展弦比和面积很小，前缘后掠角很大，导致飞机低速性能恶化，着陆速度过快。
其次，KT板像真模型飞机的重心位置是比较难解决的问题。
出于制作简单的考虑，用KT板制作机翼时通常采用平板翼型，这种翼型很容易失速，加上细长前机身和边条翼的影响，导致整机气动中心变化范围较大并且难以确定，因此必须将重心调整到适当位置以保证充足的纵向稳定裕度。
再次，KT板像真模型飞机的动力选择也比较讲究。
为了提高速度和仿真度，KT板像真模型飞机通常采用中高转速推进式螺旋桨作为动力，又由于电机位置应尽量靠近重心，因此螺旋桨通常位于机身中部，这就要求螺旋桨的直径不能超过中机身的最大宽度，在螺旋桨直径受到限制的情况下，必须选择合适的桨距和电机转速来实现理想的推力。
航模图纸-KT板-上单翼-像真-Su-37(All in one)
ns e r t 6g n d eNacelle t op doubler 2(Make 4)Nacelle botto m doubler 1 - In board(Make 2)NaceNacelle t op double r 1(Make 4)Fuselage side rails(Make 4)boardNacelle bottom doubler 2 - Inboard(Make 2)All parDesCopyTrim off this part if using single motorCenterline spike(Make 1)ll parts made fro m 6mm Depron or Bl ueCore foam unless other wise specifiedDesigned by Steve Shum ate Copyright © 2007 All Rights Reser vedInboard nacelle side (Make 2)Outboard nacelle side (Make 2)Nacelle bottom (Make 2)Forward fuselage bottom (Make 1)Trim as shown for twin motor i .75" square x 1/16" ply bearing supports.75" square x 1/16" ply bearing supportsD a s h e d r e d l i n e s h o w s t i p f o r S u -30 v a r i a n t sotor installationVertical tail (Make 2)R e d d a s h e d l in e s in d i c a t e s t r a k e d e s i g n f o r n o n -c a n a r d S u -30 v a r i a n t sStab (Mak(makStabilator control horn (Make 2 from 1/16" ply)Stabilator control horn doublers/end stops (Make 6 from 1/16" ply)1/2" dia.Rudder control horns (make 2 from 1/32" plywo od)I n s e r t 6m m x 11.5"1/32" p l y s p a r i n s lo t f or e x t r a s t r e n g t h (o p t )Glue one doubler to control horn as shownNote: If using a motor other tha n the LSPJ, modify the height of the side pla tes to ensure the centerline of the motor is al igned with the pivot bolt (to minimize strain on the servo)Epoxy to motor stick here Epoxy to motor stick hereO u t b o a r d Insert 1/32" p spar inside sl (6mm x 4.0"。