パワーシステム

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 Plush-32 Brushless ESC programming card is designed to make life easy. No more listening to the beeps, and guessing when to move your throttle to make changes to your ESC settings. This programming card changes settings with the press of a button, and easy-to-read LED’s let you know exactly how your ESC has been programmed. This programming card is a must for your Plush-32 series brushless ESC.

Now with the updated Rev1.1.0 firmware, this program card offers 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 for the 150A ESC). 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 delay can be set from between 1 and 10mins using this 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 this programming card to program earlier versions of the Plush 32 series but only ESC's with the Rev1.1.0 firmware will show the revised functions.

The FTr10 adopts FLYSKY's third-generation automatic frequency hopping digital system, AFHDS 3. It uses a double-antenna, bidirectional transmission system to save space and supports standard PPM, S-Bus, and i-Bus signals.

The FTr10 is a small, lightweight 2.4GHz receiver that will accept a wide input voltage of between 3.5~18V, has an incredible range in interference-free open areas of up to 10km, and its unique design includes i-BUS, S-BUS, PPM, PWM, and UART data ports. It has the ability to update firmware online and is compatible with the FLYSKY Paladin PL18 radio system. With all these features it is the perfect choice for drone flying, drone racing, FPV, and other long-range applications.

The FTM302 adopts FLYSKY's third-generation automatic frequency hopping digital system, AFHDS 3. It uses a single antenna, a bidirectional transmission system in a compact design with support for multiple signal inputs. Supports external power and is compatible with standard JR-type module bays.

The FTM302 offers a long range of up to 3.5km + on the EU default setting of 20dBm (changeable through the management system), low latency, less than 10ms, and allows for online updates and managing the module via the FLYSKY Remote Control Assistant. Power to the module can either be internal, or an external power source of 5~28V can be connected via the built-in XT30 connector. The module also has a built-in fan which automatically turns on if the temperature reaches 45°C to ensure the system remains safe, this can happen when the module is being used with higher voltages.

The FTr4 adopts FLYSKY's third-generation automatic frequency hopping digital system, AFHDS 3. It uses a single antenna, bidirectional transmission system to save space and supports standard PPM, S-Bus, and i-Bus signals.

The FTr4 is a small, lightweight 2.4GHz receiver that will accept an input voltage of between 3.5~8.4V, has a range in interference-free open areas of up to 500m, and its unique design includes i-BUS, S-BUS, PPM, and PWM data ports. It has the ability to update firmware online and is compatible with the FLYSKY Paladin PL18, and NB4 radio systems. With all these features it is the perfect choice for drone flying, gliding, and small fixed-wing aircraft.

A strong, flexible, transparent fuel tank that is suitable for most types of RC models. The fuel tank includes a machined metal cap with fuel feed, a flexible fuel feed pipe with clunk weight, and 2 factory-installed machined metal 90° hose attachment nipples. One of these is for filling the tank, and the other is used for pressure or venting. Each fuel tank comes with a Turnigy sticker that includes the capacity of the tank, this can be attached to the tank in a convenient position to remind you of its size. The fuel tank is suitable for use with both gas and nitro fuels.

An optional CNC, anodized metal folding handle that will fit most of the RADIOMASTER multi-protocol series of transmitters.

Complement your RADIOMASTER TX16S transmitter with these very smart and comfortable leather side grips. These grips are made of brown leather,  other colors are available.

A replacement crankshaft set for the Turnigy TP10 10cc gas engine. This set includes the crankshaft, conrod, prop-driver woodruff key, and prop nut.

A replacement crankcase set for the Turnigy TP10 10cc gas engine, this set includes the crankcase, gasket, and 2 x screws.

A replacement prop driver set for the Turnigy TP10 10cc gas engine. This set includes the prop driver with inset magnet, prop washer, and woodruff key.

A replacement crankcase for the Turnigy TP26 26cc gas engine.

この信頼性の高い軽量スイッチモードUBECは、小さなFETトランジスタを使用して、入力電力を1秒間に約150,000回切り替え、非常に安定した滑らかなDC電圧を生成します。 6V〜25V（2S〜6S）の入力電力を処理でき、ジャンパーを介して出力を選択して、5V / 6A、5.5V / 6A、または6V / 6Aの定電流を供給することができます。

Accurately drill your propellers for your TP 35cc gas engine with this easy-to-use drilling jig. The jig is CNC machined from aluminum stock and is supplied with a clamping screw to hold the propeller secure whilst drilling.

LCDインターフェースを備えたこのユーザーフレンドリーな多機能プログラムボックスにより、HobbyWingブラシレスESCのプログラミングが非常に迅速かつ簡単になります。プログラミングでは、2つの方法で使用できます。まず、LCDインターフェイスを使用してESCを設定するために単独で使用できます。次に、USBアダプターとして使用してESCをPCにリンクし、PCを介したプログラミングを可能にし、ESCファームウェアを更新することができます。また、LiPo、Li-Ion、およびLi-Feバッテリーパックの電圧を測定するための電圧計として使用できる別の機能もあります。パックを接続すると、完全なパック電圧と個々のセルが表示され、2〜8Sのバッテリーパックに適しています。

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.

This Aerostar programming card is designed specifically for the RVS G2 series of electronic speed controllers. Please note that it is not compatible with earlier versions of the Aerostar RVS speed controllers.

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 Rhino VE40A electronic speed controller with 32-bit MCU has been designed primarily for competitive 1/10, and 1/12 RC rock crawlers, but it is also very suitable for other types of cars and trucks. The preloaded AM32 custom firmware is optimized for RC rock crawlers, but the firmware can be configured for other applications by using the DYS USB-Link (not supplied).

This Bluetooth module makes the programming of your Aerostar RVS G2 HV electronic speed controller extremely easy, simply download the Aerostar App to your Android smartphone or smart device and you are ready to connect and set up your ESC (see under the "Files" tab for the link to the App).

Programmable settings using the Bluetooth module:
• Brake Type: Off/Soft/Mid/Hard
• Motor Timing: Auto/High/Mid/Low
• Motor Rotation: CW/CCW
• HEF (High Efficiency Function: On/Off
• Cell Count (HV Version): Auto/6S/8S/10S/12S/14S
• LVC (Low Voltage Cut-Off/HV): Off/2.3V/2.5V/3V/3.2V/3.2V/3.4V/3.6V
• Voltage Cut-Off Type: Reduce Power/Cut-Off Power
• Start-Up Power: Low/Med/Hard
• Restore Factory Defaults

The G2 HV factory defaults are shown in "Bold".

Please note: This Bluetooth module is only compatible with the Aerostar RVS G2 HV ESC range. It is incompatible with the non-HV series of G2 ESCs, earlier versions of the Aerostar RVS HV ESC, or the ZTW brand of ESC..

This original SURPASS HOBBY RocketRC 4082 4-pole marine brushless motor is designed to provide both quality and performance at an affordable price. It is built using high-quality aluminum alloy and has been designed for use with 600~1000mm RC boats. Its high power and rotation speeds provide long run times without compromising performance. This motor is a perfect fit for the Traxxas M41 Catamaran Spartan.

Features:
• Hand-wound for maximum copper fill.
• Precision-balanced rotor
• Built from CNC machined 6061 T6 billet aluminum
• Super thin (0.2mm) laminations stator
• Fitted with a super efficient cooling-jacket

This incredible transmitter, receiver combo is the perfect partner for almost everything you want to control on the surface. Whether it is a large or small car or buggy, multi-function crawler, tank, or boat, the DumboRC DDF-350 will handle them all and more. The amount of features is phenomenal, here are just a few: It supports complex tank mixing, real-time voltage telemetry up to 40 meters, has 10 model memories, steering and throttle curves, head tracking function, winch control function, trainer system and a range of 350 meters. The DDF-350 is a steer-wheel type transmitter with a foam grip for non-slip driving and a trigger for throttle and brake functions.

The DumboRC DDF-350  is supplied with the popular XRDC 6ch receiver. This receiver includes an LED light module which gives you features such as stop lamps, flashing lights, turn indicators, etc. The receiver is also splash-proof, making it perfect for all manner of uses and in most types of conditions.

The Rocket Surpass range of brushless motors is precision-made using the latest manufacturing processes. The heatsink can is CNC machined from a solid billet of 6061 T6 aluminum, high-purity copper is used for the windings for improved efficiency, and oversized bearings are used for durability. The stator has super thin (0.2mm) laminations, and the rotor is then precision balanced for reliability, and ultra-smooth running at maximum RPMs.

The Rocket Surpass range of brushless motors is precision-made using the latest manufacturing processes. The heatsink can is CNC machined from a solid billet of 6061 T6 aluminum, high-purity copper is used for the windings for improved efficiency, and oversized bearings are used for durability. The stator has super thin (0.2mm) laminations, and the rotor is then precision balanced for reliability, and ultra-smooth running at maximum RPMs.

The Rocket Surpass 4076-2025KV motor has been specially built for 1/8th scale monster trucks and truggies. This 4-pole, 12-slot high-torque motor is water and dust-proof and features a universal mounting system to fit just about all 1/8th-scale vehicles.

The Rocket Surpass range of brushless motors is precision-made using the latest manufacturing processes. The can is CNC machined from a solid billet of 6061 T6 aluminum, high-purity copper is used for the windings for improved efficiency, and oversized bearings are used for durability. The stator has super thin (0.2mm) laminations, and the rotor is then precision balanced for reliability, and ultra-smooth running at maximum RPMs.

The Rocket Surpass 2822-1740KV motor suits sport, scale, and 3D-type models. This robust motor suits LiPo batteries from 2~3S, and a range of props from 4~6". This motor on test with a 3S battery gave 100W of power at 9.5A, making it a great motor for small models. The motor is supplied with a machined prop adapter, complete with mounting bolts, allowing it to be mounted either way round.

The Rocket Surpass range of brushless motors is precision-made using the latest manufacturing processes. The can is CNC machined from a solid billet of 6061 T6 aluminum, high-purity copper is used for the windings for improved efficiency, and oversized bearings are used for durability. The stator has super thin (0.2mm) laminations, and the rotor is then precision balanced for reliability, and ultra-smooth running at maximum RPMs.

The Rocket Surpass 2830-1130KV motor suits sport, scale, and 3D-type models. This robust motor suits LiPo batteries from 2~3S, and a range of props from 8~12". This motor on test with a 3S battery gave 200W of power at 19A, making it a great motor for small to medium size models. The motor is supplied with a machined prop adapter, complete with mounting bolts, allowing it to be mounted either way round.

The Rocket Surpass range of brushless motors is precision-made using the latest manufacturing processes. The can is CNC machined from a solid billet of 6061 T6 aluminum, high-purity copper is used for the windings for improved efficiency, and oversized bearings are used for durability. The stator has super thin (0.2mm) laminations, and the rotor is then precision balanced for reliability, and ultra-smooth running at maximum RPMs.

The Rocket Surpass 3536-1050KV motor suits sport, scale, and 3D-type models. This robust motor suits LiPo batteries from 2~4S, and on test with a 4S battery gave 650W of power at 49A, making it a great motor for medium-size models. The motor is supplied with a machined prop adapter, complete with mounting bolts, allowing it to be mounted either way round.

The Rocket Surpass range of brushless motors is precision-made using the latest manufacturing processes. The can is CNC machined from a solid billet of 6061 T6 aluminum, high-purity copper is used for the windings for improved efficiency, and oversized bearings are used for durability. The stator has super thin (0.2mm) laminations, and the rotor is then precision balanced for reliability, and ultra-smooth running at maximum RPMs.

The Rocket Surpass 3542-1250KV motor suits sport, scale, and 3D-type models. This robust motor suits LiPo batteries from 3~4S, and on test with a 4S battery gave 707 watts of power at 52A, making it a great motor for medium-size models. The motor is supplied with a machined prop adapter, complete with mounting bolts, allowing it to be mounted either way round.