パワーシステム

仕様：
定電流：50A
バースト電流：80A
バッテリー：2-4S Lipoly / 5-12s NiXX
BEC：5.5V / 4A
モータータイプ： センサレスブラシレス
サイズ：70×32のx 17ミリメートル
重量：71グラム

プログラミング機能：
バッテリタイプ： リポ/ NiXX
ブレーキ： オン/オフ
電圧保護： 低/中/高
保護モード： 電源/カットオフ電力を削減
タイミング： 低/中/高
スタートアップ： 高速/ソフト/ノーマル
PWM周波数：8K / 16K
ヘリコプターモード： オフ/ 5秒/ 15秒（起動遅延）

仕様：
定電流：30A
バースト電流：40A
バッテリー：2-4S Lipoly / 5-12s NiXX
BEC：5V / 2A
モータータイプ： センサレスブラシレス
冷却： 水冷
サイズ：70のx 27のx 17ミリメートル
重量：53グラム

プログラミング機能：
モードを実行する： ブレーキ/フォワードで転送し、ブレーキ/順方向および逆方向に逆転
アクセラレーション：6％/ 9％/ 12％
低電圧保護： なし/ 2.6V / 2.8V / 3.0V / 3.2V / 3.4V
スタートモード（パンチ）： レベル1 /レベル2 /レベル3 /レベル4 /レベル5 /レベル6 /レベル7 /レベル8 /レベル9
逆フォース：25％/ 50％/ 75％/ 100％
タイミング：0°/ 5°/ 10°/ 15°/ 20°/ 25°/ 30°/自動

仕様：
定電流：90A
バースト電流：120A
バッテリー：2-6S LiPo
BEC：5.5v / 4A
モータータイプ：センサーレスブラシレス
冷却：水冷
サイズ：87 x 38 x 22mm
重量：105g

プログラミング機能：
走行モード：ブレーキで前進/ブレーキで前進と後進/前進と後進
加速度：6％/ 9％/ 12％
低電圧保護：なし/2.6V/2.8V/3.0V/3.2V/3.4V
スタートモード（パンチ）：レベル1 /レベル2 /レベル3 /レベル4 /レベル5 /レベル6 /レベル7 /レベル8 /レベル9
逆力：25％/ 50％/ 75％/ 100％
タイミング：0°/ 5°/ 10°/ 15°/ 20°/ 25°/ 30°/自動

HobbyKing赤レンガESCは、彼らはシンプルさと信頼性のためのトップのポイントを取るでしょうが、スタイルのための最初の場所を獲得文句を言いませんよ。プログラミングの基本セットは、これらのESCのが特徴で、基本的なまだ堅牢なスピードコントローラを探している人のための完全なソリューションです。

赤レンガESC sが念頭に置いて放熱で操作されています。赤レンガESC sはサイズのアルミ熱の上に自分のクラスの多くのESC sより若干大きくしているシンクフィーチャーした、しかしこのサイズの妥協が過熱に関連する問題を解消するために支援することを目的としています。

特徴：
•滑らかな、リニアなスロットルレスポンス
•は、強力な、高性能MCUを使用します
•複数の自己保護機能：過熱保護を超える異常電圧入力、低バッテリ保護、スロットル信号損失
•スロットルスティックを介してプログラマブルに（「ファイル」タブの下の説明を参照してください）

仕様：
定電流：70A
マックスは現在のバースト：90Aを
入力電圧：2〜7S（7.4〜25.9）、6〜20のNiCd / NiMHバッテリ
BEC：5V / 5 A
外形寸法：60x35x18mm
重量：70グラム
サーボリード：JRタイプ

HobbyKing赤レンガESCは、彼らはシンプルさと信頼性のためのトップのポイントを取るでしょうが、スタイルのための最初の場所を獲得文句を言いませんよ。プログラミングの基本セットは、これらのESCのが特徴で、基本的なまだ堅牢なスピードコントローラを探している人のための完全なソリューションです。

赤レンガESCは心の放熱に設計されています。 MCU赤レンガESC用のFETと、個々のヒートシンク用のサイズのアルミの上にヒートシンクを搭載すると、そのクラスで多くのESC sよりわずかに大きい、しかしこのサイズの妥協が過熱に関連する問題を解消するために支援することを目的としています。

特徴：
•滑らかな、リニアなスロットルレスポンス
•は、強力な、高性能MCUを使用します
•複数の自己保護機能：過熱保護を超える異常電圧入力、低バッテリ保護、スロットル信号損失
•ESCが正しく武装されるまで安全なスタートは、モータは実行されません

仕様。
最大アンペア：200A
UBEC：5V / 5A
細胞：2〜7S 7.4〜25.9V Lipoly
サイズ：65x40x26mm
重さ：128グラム

仕様：
定電流：50A
バースト電流：70A
バッテリー：2-6S Lipoly
BEC：5.5V / 4A
モータータイプ： センサレスブラシレス
冷却： 水冷
サイズ：87のx 38のx 22ミリメートル
重さ：105グラム

プログラミング機能：
モードを実行する： ブレーキ/フォワードで転送し、ブレーキ/順方向および逆方向に逆転
アクセラレーション：6％/ 9％/ 12％
低電圧保護： なし/ 2.6V / 2.8V / 3.0V / 3.2V / 3.4V
スタートモード（パンチ）： レベル1 /レベル2 /レベル3 /レベル4 /レベル5 /レベル6 /レベル7 /レベル8 /レベル9
逆フォース：25％/ 50％/ 75％/ 100％
タイミング：0°/ 5°/ 10°/ 15°/ 20°/ 25°/ 30°/自動

A pair of replacement Aerostar 40A ESCs with wiring and connectors for the AVIOS KingTwin 1700.

The Turnigy Plush-32 brushless ESC comes with a 32-bit ARM controller which offers higher resolution, makes it quicker, smoother, and more responsive to your throttle inputs. As you would expect, all the Turnigy Plush-32 are manufactured to the same high-quality standards that you have come to expect with all the Turnigy Plush ESCs.

The Turnigy Plush-32 brushless ESC comes with a 32-bit ARM controller which offers higher resolution, makes it quicker, smoother, and more responsive to your throttle inputs. As you would expect, all the Turnigy Plush-32 are manufactured to the same high-quality standards that you have come to expect with all the Turnigy Plush ESCs.

Now with the updated Rev1.1.0 firmware, these speed controllers offer a few more programming options over previous models. These include motor type, spool-up acceleration, PWM frequency, beacon delay, and an adjustable BEC (this is only available on the 150A). Most of these revisions are self-explanatory but the "Beacon Delay" does require an explanation. The "Beacon Delay" is quite a unique function that will cause the ESC to start "beeping" after a predetermined delay of not using the throttle stick, this can be set via the program card. The loud beeping noise is perfect for finding your model if it gets lost in high grass, standing crops, or in the bush, etc. Please note that you can use your existing Plush 32 programming card but you will not be able to access the revised functions unless you purchase the new Rev1.1.0 programming card.

The Turnigy Plush-32 brushless ESC comes with a 32-bit ARM controller which offers higher resolution, makes it quicker, smoother, and more responsive to your throttle inputs. As you would expect, all the Turnigy Plush-32 are manufactured to the same high-quality standards that you have come to expect with all the Turnigy Plush ESCs.

Now with the updated Rev1.1.0 firmware, these speed controllers offer a few more programming options over previous models. These include motor type, spool-up acceleration, PWM frequency, beacon delay, and an adjustable BEC (this is only available on the 150A). Most of these revisions are self-explanatory but the "Beacon Delay" does require an explanation. The "Beacon Delay" is quite a unique function that will cause the ESC to start "beeping" after a predetermined delay of not using the throttle stick, this can be set via the program card. The loud beeping noise is perfect for finding your model if it gets lost in high grass, standing crops, or in the bush, etc. Please note that you can use your existing Plush 32 programming card but you will not be able to access the revised functions unless you purchase the new Rev1.1.0 programming card.

The Turnigy Plush-32 brushless ESC comes with a 32-bit ARM controller which offers higher resolution, makes it quicker, smoother, and more responsive to your throttle inputs. As you would expect, all the Turnigy Plush-32 are manufactured to the same high-quality standards that you have come to expect with all the Turnigy Plush ESCs.

Now with the updated Rev1.1.0 firmware, these speed controllers offer a few more programming options over previous models. These include motor type, spool-up acceleration, PWM frequency, beacon delay, and an adjustable BEC (this is only available on the 150A). Most of these revisions are self-explanatory but the "Beacon Delay" does require an explanation. The "Beacon Delay" is quite a unique function that will cause the ESC to start "beeping" after a predetermined delay of not using the throttle stick, this can be set via the program card. The loud beeping noise is perfect for finding your model if it gets lost in high grass, standing crops, or in the bush, etc. Please note that you can use your existing Plush 32 programming card but you will not be able to access the revised functions unless you purchase the new Rev1.1.0 programming card.

The Turnigy Plush-32 brushless ESC comes with a 32-bit ARM controller which offers higher resolution, makes it quicker, smoother, and more responsive to your throttle inputs. As you would expect, all the Turnigy Plush-32 are manufactured to the same high-quality standards that you have come to expect with all the Turnigy Plush ESCs.

Now with the updated Rev1.1.0 firmware, these speed controllers offer a few more programming options over previous models. These include motor type, spool-up acceleration, PWM frequency, beacon delay, and an adjustable BEC (this is only available on the 150A). Most of these revisions are self-explanatory but the "Beacon Delay" does require an explanation. The "Beacon Delay" is quite a unique function that will cause the ESC to start "beeping" after a predetermined delay of not using the throttle stick, this can be set via the program card. The loud beeping noise is perfect for finding your model if it gets lost in high grass, standing crops, or in the bush, etc. Please note that you can use your existing Plush 32 programming card but you will not be able to access the revised functions unless you purchase the new Rev1.1.0 programming card.

The Turnigy Plush-32 brushless ESC comes with a 32-bit ARM controller which offers higher resolution, makes it quicker, smoother, and more responsive to your throttle inputs. As you would expect, all the Turnigy Plush-32 are manufactured to the same high-quality standards that you have come to expect with all the Turnigy Plush ESCs.

Now with the updated Rev1.1.0 firmware, these speed controllers offer a few more programming options over previous models. These include motor type, spool-up acceleration, PWM frequency, beacon delay, and an adjustable BEC (this is only available on the 150A). Most of these revisions are self-explanatory but the "Beacon Delay" does require an explanation. The "Beacon Delay" is quite a unique function that will cause the ESC to start "beeping" after a predetermined delay of not using the throttle stick, this can be set via the program card. The loud beeping noise is perfect for finding your model if it gets lost in high grass, standing crops, or in the bush, etc. Please note that you can use your existing Plush 32 programming card but you will not be able to access the revised functions unless you purchase the new Rev1.1.0 programming card.

The Turnigy Plush-32 brushless ESC comes with a 32-bit ARM controller which offers higher resolution, makes it quicker, smoother, and more responsive to your throttle inputs. As you would expect, all the Turnigy Plush-32 are manufactured to the same high-quality standards that you have come to expect with all the Turnigy Plush ESCs.

Now with the updated Rev1.1.0 firmware, these speed controllers offer a few more programming options over previous models. These include motor type, spool-up acceleration, PWM frequency, beacon delay, and an adjustable BEC (this is only available on the 150A). Most of these revisions are self-explanatory but the "Beacon Delay" does require an explanation. The "Beacon Delay" is quite a unique function that will cause the ESC to start "beeping" after a predetermined delay of not using the throttle stick, this can be set via the program card. The loud beeping noise is perfect for finding your model if it gets lost in high grass, standing crops, or in the bush, etc. Please note that you can use your existing Plush 32 programming card but you will not be able to access the revised functions unless you purchase the new Rev1.1.0 programming card.

The Turnigy Plush-32 brushless ESC comes with a 32-bit ARM controller which offers higher resolution, makes it quicker, smoother, and more responsive to your throttle inputs. As you would expect, all the Turnigy Plush-32 are manufactured to the same high-quality standards that you have come to expect with all the Turnigy Plush ESCs.

Now with the updated Rev1.1.0 firmware, these speed controllers offer a few more programming options over previous models. These include motor type, spool-up acceleration, PWM frequency, beacon delay, and an adjustable BEC (this is only available on the 150A). Most of these revisions are self-explanatory but the "Beacon Delay" does require an explanation. The "Beacon Delay" is quite a unique function that will cause the ESC to start "beeping" after a predetermined delay of not using the throttle stick, this can be set via the program card. The loud beeping noise is perfect for finding your model if it gets lost in high grass, standing crops, or in the bush, etc. Please note that you can use your existing Plush 32 programming card but you will not be able to access the revised functions unless you purchase the new Rev1.1.0 programming card.

The Turnigy Plush-32 brushless ESC comes with a 32-bit ARM controller which offers higher resolution, makes it quicker, smoother, and more responsive to your throttle inputs. As you would expect, all the Turnigy Plush-32 are manufactured to the same high-quality standards that you have come to expect with all the Turnigy Plush ESCs.

Now with the updated Rev1.1.0 firmware, these speed controllers offer a few more programming options over previous models. These include motor type, spool-up acceleration, PWM frequency, beacon delay, and an adjustable BEC (this is only available on the 150A). Most of these revisions are self-explanatory but the "Beacon Delay" does require an explanation. The "Beacon Delay" is quite a unique function that will cause the ESC to start "beeping" after a predetermined delay of not using the throttle stick, this can be set via the program card. The loud beeping noise is perfect for finding your model if it gets lost in high grass, standing crops, or in the bush, etc. Please note that you can use your existing Plush 32 programming card but you will not be able to access the revised functions unless you purchase the new Rev1.1.0 programming card.

The Aerostar RVS G2 next-generation range of brushless speed controllers moves up a notch from the ground-breaking original Aerostar RVS ESCs. They are more compact, lighter, and process faster due to high-performance 32bit technology, have improved functionality and programmable features, and an upgraded, high-amp SBEC system. New generation MOSFETs ensure that the ESC stays within operating temperatures, and can also safely handle the peak current draw specified. Our RVS (reverse function system) is now instantaneous, with no need for the motor to stop turning, this makes it perfect for EDF braking (reverse thrust), and waterplanes for taxiing, etc. If you don't require the reverse function, simply do not connect the second lead to your receiver, it will then operate as a standard ESC.

The Aerostar RVS G2 next-generation range of brushless speed controllers moves up a notch from the ground-breaking original Aerostar RVS ESCs. They are more compact, lighter, and process faster due to high-performance 32bit technology, have improved functionality and programmable features, and an upgraded, high-amp SBEC system. New generation MOSFETs ensure that the ESC stays within operating temperatures, and can also safely handle the peak current draw specified. Our RVS (reverse function system) is now instantaneous, with no need for the motor to stop turning, this makes it perfect for EDF braking (reverse thrust), and waterplanes for taxiing, etc. If you don't require the reverse function, simply do not connect the second lead to your receiver, it will then operate as a standard ESC.

The Aerostar RVS G2 next-generation range of brushless speed controllers moves up a notch from the ground-breaking original Aerostar RVS ESCs. They are more compact, lighter, and process faster due to high-performance 32bit technology, have improved functionality and programmable features, and an upgraded, high-amp SBEC system. New generation MOSFETs ensure that the ESC stays within operating temperatures, and can also safely handle the peak current draw specified. Our RVS (reverse function system) is now instantaneous, with no need for the motor to stop turning, this makes it perfect for EDF braking (reverse thrust), and waterplanes for taxiing, etc. If you don't require the reverse function, simply do not connect the second lead to your receiver, it will then operate as a standard ESC.

The Aerostar RVS G2 next-generation range of brushless speed controllers moves up a notch from the ground-breaking original Aerostar RVS ESCs. They are more compact, lighter, and process faster due to high-performance 32bit technology, have improved functionality and programmable features, and an upgraded, high-amp SBEC system. New generation MOSFETs ensure that the ESC stays within operating temperatures, and can also safely handle the peak current draw specified. Our RVS (reverse function system) is now instantaneous, with no need for the motor to stop turning, this makes it perfect for EDF braking (reverse thrust), and waterplanes for taxiing, etc. If you don't require the reverse function, simply do not connect the second lead to your receiver, it will then operate as a standard ESC.

The Aerostar RVS G2 next-generation range of brushless speed controllers moves up a notch from the ground-breaking original Aerostar RVS ESCs. They are more compact, lighter, and process faster due to high-performance 32bit technology, have improved functionality and programmable features, and an upgraded, high-amp SBEC system. New generation MOSFETs ensure that the ESC stays within operating temperatures, and can also safely handle the peak current draw specified. Our RVS (reverse function system) is now instantaneous, with no need for the motor to stop turning, this makes it perfect for EDF braking (reverse thrust), and waterplanes for taxiing, etc. If you don't require the reverse function, simply do not connect the second lead to your receiver, it will then operate as a standard ESC.

The Aerostar RVS G2 next-generation range of brushless speed controllers moves up a notch from the ground-breaking original Aerostar RVS ESCs. They are more compact, lighter, and process faster due to high-performance 32bit technology, have improved functionality and programmable features, and an upgraded, high-amp SBEC system. New generation MOSFETs ensure that the ESC stays within operating temperatures, and can also safely handle the peak current draw specified. Our RVS (reverse function system) is now instantaneous, with no need for the motor to stop turning, this makes it perfect for EDF braking (reverse thrust), and waterplanes for taxiing, etc. If you don't require the reverse function, simply do not connect the second lead to your receiver, it will then operate as a standard ESC.

The Aerostar RVS G2 next-generation range of HV Opto brushless speed controllers moves these amazing ESCs up a notch from the ground-breaking original Aerostar RVS HV ESCs. New generation MOSFETs with the aid of the highly efficient cooling fan and finned, aluminum heatsink, ensure that the ESC stays within operating temperatures at all times, and can also safely handle the peak current draw specified. They process much faster due to the high-performance 32bit M4 microprocessor running at 170MHz, and have improved functionality and programmable features. Our RVS (reverse function system) is now instantaneous, with no need for the motor to stop turning, this makes it perfect for EDF braking (reverse thrust), and waterplanes for taxiing, etc. If you don't require the reverse function, simply do not connect the second lead to your receiver, it will then operate as a standard ESC.

The Aerostar RVS G2 next-generation range of HV Opto brushless speed controllers moves these amazing ESCs up a notch from the ground-breaking original Aerostar RVS HV ESCs. New generation MOSFETs with the aid of the highly efficient cooling fan and finned, aluminum heatsink, ensure that the ESC stays within operating temperatures at all times, and can also safely handle the peak current draw specified. They process much faster due to the high-performance 32bit M4 microprocessor running at 170MHz, and have improved functionality and programmable features. Our RVS (reverse function system) is now instantaneous, with no need for the motor to stop turning, this makes it perfect for EDF braking (reverse thrust), and waterplanes for taxiing, etc. If you don't require the reverse function, simply do not connect the second lead to your receiver, it will then operate as a standard ESC.

The Aerostar RVS G2 next-generation range of brushless speed controllers moves up a notch from the ground-breaking original Aerostar RVS ESCs. They are more compact, lighter, and process faster due to high-performance 32bit technology, have improved functionality and programmable features, and an upgraded, high-amp SBEC system. New generation MOSFETs ensure that the ESC stays within operating temperatures, and can also safely handle the peak current draw specified. Our RVS (reverse function system) is now instantaneous, with no need for the motor to stop turning, this makes it perfect for EDF braking (reverse thrust), and waterplanes for taxiing, etc. If you don't require the reverse function, simply do not connect the second lead to your receiver, it will then operate as a standard ESC.

A replacement Aerostar G2 30A ESC for the Durafly MFX Racer.

将您的 1/18 RC 攀岩车从有刷电机升级到这款平稳、强劲的感应式无刷电机和电调组合。优质无刷电机采用独特的 0.2 毫米硅钢片定子和防爆磁性转子，最大功率可达 120 瓦。专门设计的电子调速器具有出色的启动、加速和线性功率特性，以及智能扭矩和速度闭环控制功能，可在所有负载下实现稳定的电机转速控制。

The Hobbywing EZRUN MAX10 G2-140A ESC offers strong, explosive power, linear low-speed control, and a great sense of overall control for your 1/10 RC cars or trucks. With its upgraded, adjustable BEC system making it suitable for HV servos, and its water and dust-proofing to IP-67 standards, it's the perfect choice for all your race needs.

The Hobbywing EZRUN MAX10 G2-80A ESC offers strong, explosive power, linear low-speed control, and a great sense of overall control for your 1/10 RC car or truck. With its upgraded, adjustable BEC system making it suitable for HV servos, and its water and dust-proofing to IP-67 standards, it's the perfect choice for all your race needs.

The Hobbywing EZRUN COMBO-MAX10 G2-80A ESC and 3652SD-5400KV G3 brushless motor offer strong, explosive power, linear low-speed control, and a great sense of control for your 1/10 RC car.

The Hobbywing EZRUN COMBO-MAX10 G2-80A ESC and 3652SD-3300KV G3 brushless motor offer strong, explosive power, linear low-speed control, and a great sense of control for your 1/10 RC car.

The Hobbywing EZRUN COMBO-MAX10 G2-80A ESC and 3652SD-4100KV G3 brushless motor offer strong, explosive power, linear low-speed control, and a great sense of control for your 1/10th RC car.

The Hobbywing QUICRUN Fusion PRO 2300KV 540 sensored brushless motor with integrated 60A brushless ESC greatly reduces the overall size and weight of the conventional separate setup. It has been designed specifically for 1/10 crawlers and offers strong low-speed torque, extremely smooth running at low speeds, and is far superior to the common sensored brushless system that has gone before. This compact combo also includes a powerful, adjustable SBEC system (6~7.4V@6A) which makes it suitable for HV servos.

The Hobbywing QUICRUN 10BL60 60A sensored/sensorless brushless ESC for 1/10-1/12 cars and buggies offers high performance at a low price, it is extremely robust and reliable and is suitable for most types of competitive racing. Its compact size means it is suitable for a variety of car and buggy chassis, and it will auto-identify either sensored or sensorless brushless motors. The temperature of the ESC is kept within limits by the very efficient cooling fan that runs from the 6V BEC system and the finned, aluminum-red anodized heatsink.

The Hobbywing QUICRUN WP range of ESCs is suitable for the harshest of environments when racing or bashing due to its exceptional water-proof and dust-proof design. This protection level is up to IP-67 standards, which means it is splash-proof, water-proof, and dust-proof under normal use, it has not been designed to be permanently immersed in water for any period of time. The G2 version offers innovative intelligent freewheeling technology, is highly efficient, operates at a lower temperature for improved reliability, and has an upgraded BEC system suitable for HV servos. This upgraded BEC system is adjustable from 6-7.4V, with a continuous current of 6A, and an amazing maximum burst current of 12A.