I took a chance on this, because I didn't think there was enough information in the description. I ordered the C version, with the 8x20mm motor, but unfortunately what arrived today was the A version, with 7x16mm motor, so the figures below are for the A version. I haven't powered it up yet, but I think it will be very suitable for an indoor slow flyer of the Vapor, Ember, Cub etc. style. With the 8x20mm motor probably something a bit bigger and/or faster. The prop has a diameter of 138mm, but no pitch marked. By comparing it with other props of known pitch I am guessing it is a 138x63 mm or 5425 inches. It came badly out of balance, but by taking tiny shavings off the heavy blade with a modelling knife, I eventually got it to balance perfectly. It is very light at 1.24g, and I don't think it would withstand a hard impact, but ideal for a slow flyer. The description says it has a .8mm hole, but when I measured the prop shaft, it is 1mm diameter. I tried pushing it into the prop and it is a very tight fit, but does go in. The gearbox is the usual two brass bush type, with plastic 9 tooth pinion and gear. I didn't count the teeth on the gear, but I'm guessing there are 54 giving a 6:1 ratio. The prop shaft is 27mm long with one end knurled for a length of about 8mm. I think the knurled end goes into the plastic nut provided, with the smooth end going into the prop, so you can remove and replace a prop without much trouble. Weight of the gearbox is 1.29g and of the motor 2.61g. Motor shaft is 1mm diameter. There is a square hole in the gearbox that I think is intended for mounting on the end of a square section carbon fibre rod, such as you might use for the fuselage of a very light slow flyer of the Vapor type. It looks as though it is a 2x2mm hole. It would probably be possible to mount the motor/gearbox other ways, e.g. with tiny cable ties or with glue. The proof will be in how it runs, but at this stage I think it's a very light and economical power plant for an indoor flyer, with flexibility in the choice of motor according to your intended use.

I took a chance on this, because I didn't think there was enough information in the description. I ordered the C version, with the 8x20mm motor, but unfortunately what arrived today was the A version, with 7x16mm motor, so the figures below are for the A version. I haven't powered it up yet, but I think it will be very suitable for an indoor slow flyer of the Vapor, Ember, Cub etc. style. With the 8x20mm motor probably something a bit bigger and/or faster. The prop has a diameter of 138mm, but no pitch marked. By comparing it with other props of known pitch I am guessing it is a 138x63 mm or 5425 inches. It came badly out of balance, but by taking tiny shavings off the heavy blade with a modelling knife, I eventually got it to balance perfectly. It is very light at 1.24g, and I don't think it would withstand a hard impact, but ideal for a slow flyer. The description says it has a .8mm hole, but when I measured the prop shaft, it is 1mm diameter. I tried pushing it into the prop and it is a very tight fit, but does go in. The gearbox is the usual two brass bush type, with plastic 9 tooth pinion and gear. I didn't count the teeth on the gear, but I'm guessing there are 54 giving a 6:1 ratio. The prop shaft is 27mm long with one end knurled for a length of about 8mm. I think the knurled end goes into the plastic nut provided, with the smooth end going into the prop, so you can remove and replace a prop without much trouble. Weight of the gearbox is 1.29g and of the motor 2.61g. Motor shaft is 1mm diameter. There is a square hole in the gearbox that I think is intended for mounting on the end of a square section carbon fibre rod, such as you might use for the fuselage of a very light slow flyer of the Vapor type. It looks as though it is a 2x2mm hole. It would probably be possible to mount the motor/gearbox other ways, e.g. with tiny cable ties or with glue. The proof will be in how it runs, but at this stage I think it's a very light and economical power plant for an indoor flyer, with flexibility in the choice of motor according to your intended use.

I took a chance on this, because I didn't think there was enough information in the description. I ordered the C version, with the 8x20mm motor, but unfortunately what arrived today was the A version, with 7x16mm motor, so the figures below are for the A version. I haven't powered it up yet, but I think it will be very suitable for an indoor slow flyer of the Vapor, Ember, Cub etc. style. With the 8x20mm motor probably something a bit bigger and/or faster. The prop has a diameter of 138mm, but no pitch marked. By comparing it with other props of known pitch I am guessing it is a 138x63 mm or 5425 inches. It came badly out of balance, but by taking tiny shavings off the heavy blade with a modelling knife, I eventually got it to balance perfectly. It is very light at 1.24g, and I don't think it would withstand a hard impact, but ideal for a slow flyer. The description says it has a .8mm hole, but when I measured the prop shaft, it is 1mm diameter. I tried pushing it into the prop and it is a very tight fit, but does go in. The gearbox is the usual two brass bush type, with plastic 9 tooth pinion and gear. I didn't count the teeth on the gear, but I'm guessing there are 54 giving a 6:1 ratio. The prop shaft is 27mm long with one end knurled for a length of about 8mm. I think the knurled end goes into the plastic nut provided, with the smooth end going into the prop, so you can remove and replace a prop without much trouble. Weight of the gearbox is 1.29g and of the motor 2.61g. Motor shaft is 1mm diameter. There is a square hole in the gearbox that I think is intended for mounting on the end of a square section carbon fibre rod, such as you might use for the fuselage of a very light slow flyer of the Vapor type. It looks as though it is a 2x2mm hole. It would probably be possible to mount the motor/gearbox other ways, e.g. with tiny cable ties or with glue. The proof will be in how it runs, but at this stage I think it's a very light and economical power plant for an indoor flyer, with flexibility in the choice of motor according to your intended use.

Great micro motor for ultra light aircraft under 4 ounces. It ships unassembled but assembly is easy. The propeller balance should be checked and corrected before use. The gear is a little noisy at low rpm but it smooths out at flying speed. I used one in a Guillow's Lancer airplane I converted from rubber power to electric motor and 3 channel RC. This motor and propeller provide more than enough thrust for this under 50 gram airplane.

Great micro motor for ultra light aircraft under 4 ounces. It ships unassembled but assembly is easy. The propeller balance should be checked and corrected before use. The gear is a little noisy at low rpm but it smooths out at flying speed. I used one in a Guillow's Lancer airplane I converted from rubber power to electric motor and 3 channel RC. This motor and propeller provide more than enough thrust for this under 50 gram airplane.

Great micro motor for ultra light aircraft under 4 ounces. It ships unassembled but assembly is easy. The propeller balance should be checked and corrected before use. The gear is a little noisy at low rpm but it smooths out at flying speed. I used one in a Guillow's Lancer airplane I converted from rubber power to electric motor and 3 channel RC. This motor and propeller provide more than enough thrust for this under 50 gram airplane.

Nice Motor....... Enough Thrust power to my DIY plane.....

Nice Motor....... Enough Thrust power to my DIY plane.....

Nice Motor....... Enough Thrust power to my DIY plane.....

微細で軽量のスローフライヤードライブキット。 アッシーの指示は提供されていないので、組み立てる前に絵をよく見てください。 ブッシングはうまく整列する必要があります。そうしないとシャフトがクランプして高摩擦で作動する傾向があります。 私のキットは4.0V(1sリポ時)で80mAを引き出し、いくつかの振動を示します。

Fine and lightweight slowflyer drive kit. No assy instructions supplied, so you should look at the picture well before you assemble it. Bushings must be aligned well, otherwise the shaft tends to clamp and run with high friction. My kit draws 80mA at 4.0V (at 1s lipo) and show some vibration - will balance the prop and see then if it pulls enough for my indoor flyer...

微細で軽量のスローフライヤードライブキット。 アッシーの指示は提供されていないので、組み立てる前に絵をよく見てください。 ブッシングはうまく整列する必要があります。そうしないとシャフトがクランプして高摩擦で作動する傾向があります。 私のキットは4.0V(1sリポ時)で80mAを引き出し、いくつかの振動を示します。

素敵な小さなエンジンですが、スタートパルスを持つようにスロットルトリムを調整しなければエンジンが動かない、バングッドからミニブナクラフトにそれを載せます

beau petit moteur vous devez cependant ajuster le trim des gaz pour avoir une impulsion de départ sinon le moteur ne tourne pas , je l ai mis sur un beechcraft mini de chez banggood

素敵な小さなエンジンですが、スタートパルスを持つようにスロットルトリムを調整しなければエンジンが動かない、バングッドからミニブナクラフトにそれを載せます

迅速な配達、完璧な状態、構築を待つことができません

quick delivery, perfect condition, can’t wait to get building

迅速な配達、完璧な状態、構築を待つことができません

this item is very good has super power i use for mini cessna airplain fly very good https://www.youtube.com/watch?v=sOhNC9UEu_U&feature=youtu.be

this item is very good has super power i use for mini cessna airplain fly very good https://www.youtube.com/watch?v=sOhNC9UEu_U&feature=youtu.be

this item is very good has super power i use for mini cessna airplain fly very good https://www.youtube.com/watch?v=sOhNC9UEu_U&feature=youtu.be

低電流で良好な推力を生成します。 しかし、支柱は完全にバランスが崩れ、大きな振動が発生しました。 あなたは本当にそれをバランスさせる必要があります。 35cmのグライダーに使う予定でしたが、大きすぎて重すぎます。 KingKong65mmプロップを搭載したレーサースター8520モーターは、低い推力のために電流がはるかに高い場合でも、より良い選択です。

It generates good thrust with low current. But the prop was totally out of balance and generated heavy vibrations. You really have to balance it. I planned to use it on my 35cm glider, but it is too big and heavy. The racerstar 8520 motor with the KingKong 65mm prop is the better choice - even if the current is much higher for a lower thrust.

低電流で良好な推力を生成します。 しかし、支柱は完全にバランスが崩れ、大きな振動が発生しました。 あなたは本当にそれをバランスさせる必要があります。 35cmのグライダーに使う予定でしたが、大きすぎて重すぎます。 KingKong65mmプロップを搭載したレーサースター8520モーターは、低い推力のために電流がはるかに高い場合でも、より良い選択です。

nice product but motor shaft is very tigh t and motor casing is very tight too you have to make that bigger to fit

nice product but motor shaft is very tigh t and motor casing is very tight too you have to make that bigger to fit

nice product but motor shaft is very tigh t and motor casing is very tight too you have to make that bigger to fit

Works perfectly fine for small indoor models.

Works perfectly fine for small indoor models.

Works perfectly fine for small indoor models.