これは実際にB-17フライング要塞のかなり良いスケールモデルです。 だからこそ、もっとリアルに絵を描いて少し修正してリアリズムを加えるつもりで購入しました。 非常によく飛ぶし、空中で素晴らしいです。 こちらは銀の絵具と追加のマーキングで少しジャスリングした後の写真です。

This is actually a pretty good scale model of a B-17 Flying Fortress. which is why I bought it, since it was my intention to paint it up more realistically and modify it a little to add some realism to it. It flies very well and looks great in the air. Here is a picture of mine after I jazzed it up a bit with some silver paint and some additional markings.

これは実際にB-17フライング要塞のかなり良いスケールモデルです。 だからこそ、もっとリアルに絵を描いて少し修正してリアリズムを加えるつもりで購入しました。 非常によく飛ぶし、空中で素晴らしいです。 こちらは銀の絵具と追加のマーキングで少しジャスリングした後の写真です。

good plane but a bit expensive and has two motors and not 4 so don’t be fooled by the pictures. not like me anyway lol . recommend perfect for beginners.

good plane but a bit expensive and has two motors and not 4 so don’t be fooled by the pictures. not like me anyway lol . recommend perfect for beginners.

good plane but a bit expensive and has two motors and not 4 so don’t be fooled by the pictures. not like me anyway lol . recommend perfect for beginners.

Very simple, two channel differential thrust plane that required almost no assembly. All you do is glue on the fin, and a tube of glue is supplied for that purpose. There are also 3 wheels that plug into slots on the wings and fuselage, but you can fly without those, and they are easy to remove and refit. The inner two engines have motors fitted, but the outer ones are just dummies, but they have propellers that spin with the slipstream. The motors are 8x20 brushless which give more than enough power. The props rotate in opposite directions, and a spare of each type is supplied, as well as a 450mAh flight battery and a charger for the battery that plugs into a USB port. There are couple of problems you should fix or you will be disappointed. 1. The propellers are not a tight enough fit on the motor shafts, so as soon as you throttle up they will fly off. You can fix this y putting a piece of thread through the shaft hole on the propeller, which goes right through to the front. Then push the prop back on so the thread is trapped. It also doesn't hurt to wick a tiny amount of CA glue (superglue) through the front of the prop so it gets onto the shaft and the thread. Cut off any thread that sticks out using a modelling knife or razor blade. 2. The model won't climb, no matter how much throttle you apply, unless you do some work on the elevators to give it just a tiny bit of up elevator. About 2mm up at the trailing edge of each elevator is enough. First you need to cut away two tiny pieces of foam that join the elevators to the rest of the horizontal stabilizer and to the fuselage, so that the elevators become free to move. I used two tiny pieces of toothpick stuck into the fuselage to lift the elevators just enough, then a very small piece of sticky tape to hold them in position and stop them from moving in flight (see photo). With these changes, the plane will fly quite well. The gyro makes it very stable.

Very simple, two channel differential thrust plane that required almost no assembly. All you do is glue on the fin, and a tube of glue is supplied for that purpose. There are also 3 wheels that plug into slots on the wings and fuselage, but you can fly without those, and they are easy to remove and refit. The inner two engines have motors fitted, but the outer ones are just dummies, but they have propellers that spin with the slipstream. The motors are 8x20 brushless which give more than enough power. The props rotate in opposite directions, and a spare of each type is supplied, as well as a 450mAh flight battery and a charger for the battery that plugs into a USB port. There are couple of problems you should fix or you will be disappointed. 1. The propellers are not a tight enough fit on the motor shafts, so as soon as you throttle up they will fly off. You can fix this y putting a piece of thread through the shaft hole on the propeller, which goes right through to the front. Then push the prop back on so the thread is trapped. It also doesn't hurt to wick a tiny amount of CA glue (superglue) through the front of the prop so it gets onto the shaft and the thread. Cut off any thread that sticks out using a modelling knife or razor blade. 2. The model won't climb, no matter how much throttle you apply, unless you do some work on the elevators to give it just a tiny bit of up elevator. About 2mm up at the trailing edge of each elevator is enough. First you need to cut away two tiny pieces of foam that join the elevators to the rest of the horizontal stabilizer and to the fuselage, so that the elevators become free to move. I used two tiny pieces of toothpick stuck into the fuselage to lift the elevators just enough, then a very small piece of sticky tape to hold them in position and stop them from moving in flight (see photo). With these changes, the plane will fly quite well. The gyro makes it very stable.

Very simple, two channel differential thrust plane that required almost no assembly. All you do is glue on the fin, and a tube of glue is supplied for that purpose. There are also 3 wheels that plug into slots on the wings and fuselage, but you can fly without those, and they are easy to remove and refit. The inner two engines have motors fitted, but the outer ones are just dummies, but they have propellers that spin with the slipstream. The motors are 8x20 brushless which give more than enough power. The props rotate in opposite directions, and a spare of each type is supplied, as well as a 450mAh flight battery and a charger for the battery that plugs into a USB port. There are couple of problems you should fix or you will be disappointed. 1. The propellers are not a tight enough fit on the motor shafts, so as soon as you throttle up they will fly off. You can fix this y putting a piece of thread through the shaft hole on the propeller, which goes right through to the front. Then push the prop back on so the thread is trapped. It also doesn't hurt to wick a tiny amount of CA glue (superglue) through the front of the prop so it gets onto the shaft and the thread. Cut off any thread that sticks out using a modelling knife or razor blade. 2. The model won't climb, no matter how much throttle you apply, unless you do some work on the elevators to give it just a tiny bit of up elevator. About 2mm up at the trailing edge of each elevator is enough. First you need to cut away two tiny pieces of foam that join the elevators to the rest of the horizontal stabilizer and to the fuselage, so that the elevators become free to move. I used two tiny pieces of toothpick stuck into the fuselage to lift the elevators just enough, then a very small piece of sticky tape to hold them in position and stop them from moving in flight (see photo). With these changes, the plane will fly quite well. The gyro makes it very stable.

素晴らしい模型飛行機! ノーズウェイトを4g加えてよく飛べます。 もう一度買()った。 よりリアルに見せるために、アクリリックなモデルペイントで描きました。 隣には、懐かしい1/72スケールマッチボックスB-17Gがあります。

Great model airplane! It flys well with 4 g added noseweight. I bought one again. I painted with acrilyc model paints to look more realistic. There is an old 1/72 scale Matchbox B-17 G next to it.

素晴らしい模型飛行機! ノーズウェイトを4g加えてよく飛べます。 もう一度買()った。 よりリアルに見せるために、アクリリックなモデルペイントで描きました。 隣には、懐かしい1/72スケールマッチボックスB-17Gがあります。

優れた製品とタイムリーな納品

ottimo prodotto e consegna tempestiva++++

優れた製品とタイムリーな納品

素晴らしい模型飛行機! ノーズウェイトを4g加えてよく飛べます。 もう一度買()った。 よりリアルに見せるために、アクリリックなモデルペイントで描きました。 隣には、懐かしい1/72スケールマッチボックスB-17Gがあります。 修正した着陸装置を追加した。

Great model airplane! It flys well with 4 g added noseweight. I bought one again. I painted with acrilyc model paints to look more realistic. There is an old 1/72 scale Matchbox B-17 G next to it. I added the modified landing gears.

素晴らしい模型飛行機! ノーズウェイトを4g加えてよく飛べます。 もう一度買()った。 よりリアルに見せるために、アクリリックなモデルペイントで描きました。 隣には、懐かしい1/72スケールマッチボックスB-17Gがあります。 修正した着陸装置を追加した。

素晴らしい模型飛行機! ノーズウェイト4gでよく飛べます。

Great model airplane! It flys well with 4 g addeg noseweight.

素晴らしい模型飛行機! ノーズウェイト4gでよく飛べます。

リムティンはハエの尾が重いと言っている! プロペラが飛んでいくのを見る前に、プロペラがしっかりと取り付けられていることを確認します。 船外プロペラを取り外して、船内エンジンでより静粛な飛行の船外支柱を作業できます。 また、エレベータ制御のためのサーボを追加するためのカットアウェイもあります。 しかし、現在のエレクトロニクスはサポートしていません。

Lim Ting says flies tail heavy! ensure propellers are snugly attached prior to watching propellers fly away. may remove outboard propellers for better quiet flight outboard props work on inboard engines. also there are cutaways to add a servo for elevator control. however current electronics do not support.

リムティンはハエの尾が重いと言っている! プロペラが飛んでいくのを見る前に、プロペラがしっかりと取り付けられていることを確認します。 船外プロペラを取り外して、船内エンジンでより静粛な飛行の船外支柱を作業できます。 また、エレベータ制御のためのサーボを追加するためのカットアウェイもあります。 しかし、現在のエレクトロニクスはサポートしていません。

非常に素敵な小さな平面

very nice little plane

非常に素敵な小さな平面

見栄えがよく、比較的早く来た

looks good and have come relativly quick

見栄えがよく、比較的早く来た