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JR Servo Connector, female pin for crimping, 10 pieces
Transparent JR plugs and sockets for crimping. The mating contacts are visible through the housing, making it obvious when the connection is not perfect. Compatible with current crimping tools. Disclosures: BVM prides itself in providing a quality product delivered to customers on time. Due to the popularity of certain products, we can not guarantee that each item you have ordered will be in stock. If any items you ordered are not in stock, BVM will inform you immediately. If you need an expedited order, please call BVM to verify the stock BEFORE placing the order.
$10.71
JR Servo Connector, male pin for crimping, 10 pieces
Transparent JR plugs and sockets for crimping. The mating contacts are visible through the housing, making it obvious when the connection is not perfect. Compatible with current crimping tools. Disclosures: BVM prides itself in providing a quality product delivered to customers on time. Due to the popularity of certain products, we can not guarantee that each item you have ordered will be in stock. If any items you ordered are not in stock, BVM will inform you immediately. If you need an expedited order, please call BVM to verify the stock BEFORE placing the order.
$10.71
Cable set Premium "one4one" MR30, wire length 180cm
The proven two-servo and three-servo connectors for wing-mounted servos are now supplemented by a version for a single servo. Until now the only option for connecting an individual servo - e.g. in the tailplane - was to use a Uni connector. The new one4one wing connector incorporates a whole series of improvements: the new plugs have robust 2 mm gold-plated contacts, ensuring perfect seating even after the connector has been inserted and removed many times. The hot-melt encapsulation over the solder joints provides highly effective strain relief for the cable, and protects it from all external influences. The optional mounting brackets can be used to secure the plug permanently in the fuselage, and the "one4one" wing connector is also polarized. The obvious complement for a perfect connection is our lightweight, ultra-flexible Premium cable. The standard set contains cables 40 cm and 120 cm long per side, and two mounting brackets. FEATURES 2 mm gold-plated contacts for very high current capacity 0.35mm2 cross section Wire length 180cm Heavy-duty insulation of soldered joints Excellent long-term functional properties Soldered joints immune from oxidation Vibration protection Kink protection Resistant to chemical influences Temperature-resistant from -30C to +90C With optional mounting brackets Secure connection guaranteed even when inserted and removed repeatedly Disclosures: BVM prides itself in providing a quality product delivered to customers on time. Due to the popularity of certain products, we can not guarantee that each item you have ordered will be in stock. If any items you ordered are not in stock, BVM will inform you immediately. If you need an expedited order, please call BVM to verify the stock BEFORE placing the order.
$19.04
MicroMatch
The PowerBox MicroMatch is the ideal solution for models where there is no space for a PowerBox, or where the PowerBox in use does not include the MicroMatch’s functions. The MicroMatch provides a very simple method of fine-tuning the servo travels and center positions of both outputs. Its main application is for systems where two servos operate a single control surface; the unit can match them electronically to run exactly in parallel. This prevents the servos counteracting each other, and allows the torque and speed of both servos to be exploited to the full. A further positive effect is a significant reduction in current drain and servo wear. The MicroMatch includes a servo reverse function which changes the direction of rotation of the servos with a single click. This is ideal for elevator servos which are installed as a mirror-image pair, allowing them to be operated using just one channel. Further applications are twin rudders or steerable nosewheels. All adjustments can be carried out using the USB interface (Jeti and MPX adapters can also be used) or a BlueCom adapter. The BlueCom option offers one very practical feature: it is possible to make direct adjustments at the servo output arm, and alter the settings conveniently using a mobile phone and a Bluetooth link! The MicroMatch includes an update facility, allowing for possible future expansions to the range of functions. FEATURES Servo-match function on both outputs Servo reverse, accurate adjustment of center and end-points Programmable using a telephone app (BlueCom) or a PC (USB) Quick reverse function 16-bit processor for high-speed signal processing 4096-step resolution to suit the latest generation of servos Interference suppression and signal amplifier function Ultra-high current capacity: limited only by the plug and socket connection Can be updated using BlueCom or the USB Interface Adapter TECHNICAL DATA Operating voltage 4.0V - 9.0V Current drain Power-on state 22mA Maximum load current >10A Signal input PWM Channels 1 Programmable servo outputs 2 Servo signal resolution 4096 Signal frame rate 12ms, 15ms, 18ms, 21ms Dimensions 33 x 10 x 5.5 mm Weight 7.5g Temperature range -30C to +75C Disclosures: BVM prides itself in providing a quality product delivered to customers on time. Due to the popularity of certain products, we can not guarantee that each item you have ordered will be in stock. If any items you ordered are not in stock, BVM will inform you immediately. If you need an expedited order, please call BVM to verify the stock BEFORE placing the order.
$30.15
Magic Jeti Switch, Black Connector
The Magic Jeti Switch makes it possible to switch any PowerBox on and off from the transmitter. It forms the ideal complement to any PowerBox system which is installed in an inaccessible location, or in a model where an external switch is not desirable. The Magic Jeti Switch is stuck to the Jeti RCSW and connected to it, producing a compact, wireless switching unit which takes the switching signal from the Jeti RC-Switch and “translates” it for the PowerBox. At the transmitter the switching process can be triggered using any switch, and confirmed on-screen with a button. This procedure eliminates the possibility of switching the model off accidentally. You can also set audible confirmation for the switching process by means of an audio file (download in our forum). The combination of Jeti RCSW and Magic Jeti Switch draws a very low idle current (< 200 µA), but nevertheless we recommend that you disconnect the switch from the PowerBox if flying is unlikely for a protracted period, e.g. over the Winter. The Magic Jeti Switch is available in two versions: one is fitted with a red plug, and is suitable for the Base Log, Evolution, Competition and Cockpit; the other with a black plug, suitable for the Royal SRS and Champion SRS. TECHNICAL DATA Power supply PowerBox Current drain Power-on state 4mA Current drain Standby 100A Signal input Jeti RCSW Dimensions 30 x 12 x 4 mm Weight 5g Temperature range -30C to +75C Disclosures: BVM prides itself in providing a quality product delivered to customers on time. Due to the popularity of certain products, we can not guarantee that each item you have ordered will be in stock. If any items you ordered are not in stock, BVM will inform you immediately. If you need an expedited order, please call BVM to verify the stock BEFORE placing the order.
$35.55
Magic Jeti Switch, Red Connector
The Magic Jeti Switch makes it possible to switch any PowerBox on and off from the transmitter. It forms the ideal complement to any PowerBox system which is installed in an inaccessible location, or in a model where an external switch is not desirable. The Magic Jeti Switch is stuck to the Jeti RCSW and connected to it, producing a compact, wireless switching unit which takes the switching signal from the Jeti RC-Switch and “translates” it for the PowerBox. At the transmitter the switching process can be triggered using any switch, and confirmed on-screen with a button. This procedure eliminates the possibility of switching the model off accidentally. You can also set audible confirmation for the switching process by means of an audio file (download in our forum). The combination of Jeti RCSW and Magic Jeti Switch draws a very low idle current (< 200 µA), but nevertheless we recommend that you disconnect the switch from the PowerBox if flying is unlikely for a protracted period, e.g. over the Winter. The Magic Jeti Switch is available in two versions: one is fitted with a red plug, and is suitable for the Base Log, Evolution, Competition and Cockpit; the other with a black plug, suitable for the Royal SRS and Champion SRS. TECHNICAL DATA Power supply PowerBox Current drain Power-on state 4mA Current drain Standby 100A Signal input Jeti RCSW Dimensions 30 x 12 x 4 mm Weight 5g Temperature range -30C to +75C Disclosures: BVM prides itself in providing a quality product delivered to customers on time. Due to the popularity of certain products, we can not guarantee that each item you have ordered will be in stock. If any items you ordered are not in stock, BVM will inform you immediately. If you need an expedited order, please call BVM to verify the stock BEFORE placing the order.
$35.55
MagSensor, Black Connector
The MagSensor represents an alternative method of operating and switching our PowerBox battery backers. The circuit is based on modern, zero-contact "Hall sensors", which respond to a magnetic field by activating the electronic switches in the PowerBox. The Hall sensors do not switch the current, but simply pass on the switching signal. This accessory is suitable for all PowerBox systems, regardless of age, which are designed to be switched on and off using the SensorSwitch. The basic purpose of the MagSensor is to switch the dual power circuits on and off, but it can also be used to reset the capacity display fitted to more recent systems, if this is an integral feature of the PowerBox. The SensorSwitch must still be used for programming servos and carrying out set-up tasks within the PowerBox's programming menu. The particular advantage of the MagSensor is that scale pilots can exploit all the advantages of our redundant battery backer systems, but without an exposed On / Off switch. The magnetic trigger is powerful enough to penetrate reliably through thick GRP / CFRP walls panels, even if they are several millimeters thick. In addition to a pair of green LEDs for visual monitoring, the MagSensor features a supplementary Piezo sounder, which confirms the On / Off switching process by means of beeps of different pitch. The MagSensor still requires you to activate both power circuits individually - as with all PowerBox systems. The reason behind this feature is that the PowerBox contains two redundant switching and regulatory systems. Separate control also gives you the opportunity to check each of the PowerBox's power circuits individually - and this also applies to the MagSensor. If you are using a PowerBox System with an integral capacity counter, the MagSensor can also be used to reset the residual capacity display. TECHNICAL DATA Current drain Power-on state 10mA Current drain Standby 20A Weight 10g Temperature range -30C to +75C Disclosures: BVM prides itself in providing a quality product delivered to customers on time. Due to the popularity of certain products, we can not guarantee that each item you have ordered will be in stock. If any items you ordered are not in stock, BVM will inform you immediately. If you need an expedited order, please call BVM to verify the stock BEFORE placing the order.
$39.96
MagSensor, Red Connector
The MagSensor represents an alternative method of operating and switching our PowerBox battery backers. The circuit is based on modern, zero-contact "Hall sensors", which respond to a magnetic field by activating the electronic switches in the PowerBox. The Hall sensors do not switch the current, but simply pass on the switching signal. This accessory is suitable for all PowerBox systems, regardless of age, which are designed to be switched on and off using the SensorSwitch. The basic purpose of the MagSensor is to switch the dual power circuits on and off, but it can also be used to reset the capacity display fitted to more recent systems, if this is an integral feature of the PowerBox. The SensorSwitch must still be used for programming servos and carrying out set-up tasks within the PowerBox's programming menu. The particular advantage of the MagSensor is that scale pilots can exploit all the advantages of our redundant battery backer systems, but without an exposed On / Off switch. The magnetic trigger is powerful enough to penetrate reliably through thick GRP / CFRP walls panels, even if they are several millimeters thick. In addition to a pair of green LEDs for visual monitoring, the MagSensor features a supplementary Piezo sounder, which confirms the On / Off switching process by means of beeps of different pitch. The MagSensor still requires you to activate both power circuits individually - as with all PowerBox systems. The reason behind this feature is that the PowerBox contains two redundant switching and regulatory systems. Separate control also gives you the opportunity to check each of the PowerBox's power circuits individually - and this also applies to the MagSensor. If you are using a PowerBox System with an integral capacity counter, the MagSensor can also be used to reset the residual capacity display. TECHNICAL DATA Current drain Power-on state 10mA Current drain Standby 20A Weight 10g Temperature range -30C to +75C Disclosures: BVM prides itself in providing a quality product delivered to customers on time. Due to the popularity of certain products, we can not guarantee that each item you have ordered will be in stock. If any items you ordered are not in stock, BVM will inform you immediately. If you need an expedited order, please call BVM to verify the stock BEFORE placing the order.
$39.96
PowerBox DigiSwitch V2 JR/JR
The PowerBox DigiSwitch V2 is the second generation of the PowerBox DigiSwitch, which is well-known throughout the world. For almost fifteen years the PowerBox DigiSwitch has represented the standard for small to medium-sized models thanks to its compact format and versatility. By using the latest components we have been able to reduce the size of the Digi-Switch V2 by about 20 %. The introduction of a top-quality aluminum case, machined and anodized, has brought a substantial increase in the unit’s cooling efficiency, with the result that the maximum continuous current capacity of the PowerBox DigiSwitch V2 is around 20 % higher. In fact, the peak load capacity is twice as high: the DigiSwitch V2 can handle more than 10 A for several seconds! The DigiSwitch V2 offers four user-selectable output voltages: for normal servos it can be set to a regulated 6.0 V, regulated voltages of 7.0 V and 7.6 V are available for HV servos, as is an option for non-regulated voltage. Power to the unit can be drawn from four different battery types: LiPo, LiIon, LiFePo, NiMH. Ultra-bright RGB LEDs are fitted to indicate battery voltage; they light up in various colors to display the charge status of the batteries. CORE users also benefit from one special additional feature: the battery voltage and regulator voltage can be displayed directly at the transmitter via telemetry! FEATURES High-performance electronic switch Ultra-light unit, compact format Regulated output voltage Redundant switch and regulator circuitry User-selectable output voltage: 6.0 V/7.0 V/7.6 V or non regulated Separate RGB LED voltage indicators for each battery Telemetry support for CORE systems Supports 4 different battery types: 2s LiPo, 2s LiIon, 2s LiFePo and 5s NiMH Regulator monitoring Suppression of servo feedback currents TECHNICAL DATA Operating voltage 4.0V - 9.0V Power supply 2s LiPo, 2s LiIon, 2s LiFePo, 5s NiMH Current drain Power-on state 23 mA Current drain Standby 4A Maximum load current max. 10 A Drop-out voltage 0.1 V Output voltage 6.0 V/ 7.0 V/7.6 V stabilized or non-regulated Dimensions 50 x 18 x 11 mm Weight 15 g Temperature range -30C to +75C Disclosures: BVM prides itself in providing a quality product delivered to customers on time. Due to the popularity of certain products, we can not guarantee that each item you have ordered will be in stock. If any items you ordered are not in stock, BVM will inform you immediately. If you need an expedited order, please call BVM to verify the stock BEFORE placing the order.
$58.32
PowerBox 12
The PowerBox 12 is a small, compact dual power supply with integral mechanical switch. Like the PowerSwitch, this unit employs a high-quality switch with floating contacts, which creates a one hundred percent switched connection even when subjected to severe vibration. All components are soldered to a single circuit board. The cables are fitted with adhesive-lined heat-shrink sleeves to protect them from mechanical damage where they exit the case, enabling the unit to withstand extremely powerful vibration. The PowerBox 12 does not feature an integral voltage regulator, but can naturally be used with LiPo and LiFePo batteries provided that the receiving system incorporates servos and receivers approved for HV use. A tri-color LED indicates the switched status of the PowerBox 12. TECHNICAL DATA Operating voltage 4.0V - 9.0V Power supply 2S LiPo, 2S LiIon, 2S LiFePo, 5S NiCd/NiMH Current drain Power-on state 10mA Maximum load current 12A Drop-out voltage 0.3V Output voltage non regulated Dimensions 65 x 23 x 16 mm Weight 35g Temperature range -30C to +75C Disclosures: BVM prides itself in providing a quality product delivered to customers on time. Due to the popularity of certain products, we can not guarantee that each item you have ordered will be in stock. If any items you ordered are not in stock, BVM will inform you immediately. If you need an expedited order, please call BVM to verify the stock BEFORE placing the order.
$63.72
PowerBox DigiSwitch V2 DEANS/JR
The PowerBox DigiSwitch V2 is the second generation of the PowerBox DigiSwitch, which is well-known throughout the world. For almost fifteen years the PowerBox DigiSwitch has represented the standard for small to medium-sized models thanks to its compact format and versatility. By using the latest components we have been able to reduce the size of the Digi-Switch V2 by about 20 %. The introduction of a top-quality aluminum case, machined and anodized, has brought a substantial increase in the unit’s cooling efficiency, with the result that the maximum continuous current capacity of the PowerBox DigiSwitch V2 is around 20 % higher. In fact, the peak load capacity is twice as high: the DigiSwitch V2 can handle more than 10 A for several seconds! The DigiSwitch V2 offers four user-selectable output voltages: for normal servos it can be set to a regulated 6.0 V, regulated voltages of 7.0 V and 7.6 V are available for HV servos, as is an option for non-regulated voltage. Power to the unit can be drawn from four different battery types: LiPo, LiIon, LiFePo, NiMH. Ultra-bright RGB LEDs are fitted to indicate battery voltage; they light up in various colors to display the charge status of the batteries. CORE users also benefit from one special additional feature: the battery voltage and regulator voltage can be displayed directly at the transmitter via telemetry! FEATURES High-performance electronic switch Ultra-light unit, compact format Regulated output voltage Redundant switch and regulator circuitry User-selectable output voltage: 6.0 V/7.0 V/7.6 V or non regulated Separate RGB LED voltage indicators for each battery Telemetry support for CORE systems Supports 4 different battery types: 2s LiPo, 2s LiIon, 2s LiFePo and 5s NiMH Regulator monitoring Suppression of servo feedback currents TECHNICAL DATA Operating voltage 4.0V - 9.0V Power supply 2s LiPo, 2s LiIon, 2s LiFePo, 5s NiMH Current drain Power-on state 23 mA Current drain Standby 4A Maximum load current max. 10 A Drop-out voltage 0.1 V Output voltage 6.0 V/ 7.0 V/7.6 V stabilized or non-regulated Dimensions 50 x 18 x 11 mm Weight 15 g Temperature range -30C to +75C Disclosures: BVM prides itself in providing a quality product delivered to customers on time. Due to the popularity of certain products, we can not guarantee that each item you have ordered will be in stock. If any items you ordered are not in stock, BVM will inform you immediately. If you need an expedited order, please call BVM to verify the stock BEFORE placing the order.
$63.72
PowerBox DigiSwitch V2 MPX/JR
The PowerBox DigiSwitch V2 is the second generation of the PowerBox DigiSwitch, which is well-known throughout the world. For almost fifteen years the PowerBox DigiSwitch has represented the standard for small to medium-sized models thanks to its compact format and versatility. By using the latest components we have been able to reduce the size of the Digi-Switch V2 by about 20 %. The introduction of a top-quality aluminum case, machined and anodized, has brought a substantial increase in the unit’s cooling efficiency, with the result that the maximum continuous current capacity of the PowerBox DigiSwitch V2 is around 20 % higher. In fact, the peak load capacity is twice as high: the DigiSwitch V2 can handle more than 10 A for several seconds! The DigiSwitch V2 offers four user-selectable output voltages: for normal servos it can be set to a regulated 6.0 V, regulated voltages of 7.0 V and 7.6 V are available for HV servos, as is an option for non-regulated voltage. Power to the unit can be drawn from four different battery types: LiPo, LiIon, LiFePo, NiMH. Ultra-bright RGB LEDs are fitted to indicate battery voltage; they light up in various colors to display the charge status of the batteries. CORE users also benefit from one special additional feature: the battery voltage and regulator voltage can be displayed directly at the transmitter via telemetry! FEATURES High-performance electronic switch Ultra-light unit, compact format Regulated output voltage Redundant switch and regulator circuitry User-selectable output voltage: 6.0 V/7.0 V/7.6 V or non regulated Separate RGB LED voltage indicators for each battery Telemetry support for CORE systems Supports 4 different battery types: 2s LiPo, 2s LiIon, 2s LiFePo and 5s NiMH Regulator monitoring Suppression of servo feedback currents TECHNICAL DATA Operating voltage 4.0V - 9.0V Power supply 2s LiPo, 2s LiIon, 2s LiFePo, 5s NiMH Current drain Power-on state 23 mA Current drain Standby 4A Maximum load current max. 10 A Drop-out voltage 0.1 V Output voltage 6.0 V/ 7.0 V/7.6 V stabilized or non-regulated Dimensions 50 x 18 x 11 mm Weight 15 g Temperature range -30C to +75C Disclosures: BVM prides itself in providing a quality product delivered to customers on time. Due to the popularity of certain products, we can not guarantee that each item you have ordered will be in stock. If any items you ordered are not in stock, BVM will inform you immediately. If you need an expedited order, please call BVM to verify the stock BEFORE placing the order.
$63.72
SparkSwitch 5.9 Volt
The SparkSwitch is a reliable, high-performance ignition switch. The overall design of the SparkSwitch is deliberately simple, but omits no important functions. The ignition switch is immediately ready for use as supplied, and needs no setting up. The only requirement is to set up the switch channel at the RC system transmitter. The SparkSwitch can be used to turn the ignition circuit on and off from the transmitter, and is suitable for use with power supplies consisting of NC, LiPo or LiFe cells. The output voltage is subject to linear stabilization, and is regulated at 5.9 Volt (alternative 7.4V and 12V): a value which is suitable for all types of ignition system. The separate plug-in ultra-bright 5 mm LED should be mounted in the area of the engine cowl, in order to indicate the switched state. A particularly user-friendly feature is that the unit detects when the receiving system is switched off, and draws no current from the ignition battery thereafter. This means that there is no need for an additional switch between the battery and the SparkSwitch, and forgetting to switch off the ignition battery is no longer a problem. As you would expect, the battery can also be recharged without being disconnected. The power circuits for the receiver and the ignition system are isolated from each other by an opto-coupler, effectively preventing interference from reaching the receiver. The set includes accessories such as two connecting leads and the LED and mount. The SparkSwitch has also proved excellent in practice as an electronic switch for supplementary working systems such as lighting circuits. TECHNICAL DATA Operating voltage 4.0V - 9.0V Current drain Power-on state 19mA Current drain Standby 0.2?A Maximum load current max. 2A Output voltage 5.9V / 7.4V / 12.0V Signal input PWM Dimensions 56 x 19 x 16 mm Weight 22g incl. Patchwire Temperature range -30C to +75C Disclosures: BVM prides itself in providing a quality product delivered to customers on time. Due to the popularity of certain products, we can not guarantee that each item you have ordered will be in stock. If any items you ordered are not in stock, BVM will inform you immediately. If you need an expedited order, please call BVM to verify the stock BEFORE placing the order.
$63.72
SparkSwitch 7.4 Volt
The SparkSwitch is a reliable, high-performance ignition switch. The overall design of the SparkSwitch is deliberately simple, but omits no important functions. The ignition switch is immediately ready for use as supplied, and needs no setting up. The only requirement is to set up the switch channel at the RC system transmitter. The SparkSwitch can be used to turn the ignition circuit on and off from the transmitter, and is suitable for use with power supplies consisting of NC, LiPo or LiFe cells. The output voltage is subject to linear stabilization, and is regulated at 5.9 Volt (alternative 7.4V and 12V): a value which is suitable for all types of ignition system. The separate plug-in ultra-bright 5 mm LED should be mounted in the area of the engine cowl, in order to indicate the switched state. A particularly user-friendly feature is that the unit detects when the receiving system is switched off, and draws no current from the ignition battery thereafter. This means that there is no need for an additional switch between the battery and the SparkSwitch, and forgetting to switch off the ignition battery is no longer a problem. As you would expect, the battery can also be recharged without being disconnected. The power circuits for the receiver and the ignition system are isolated from each other by an opto-coupler, effectively preventing interference from reaching the receiver. The set includes accessories such as two connecting leads and the LED and mount. The SparkSwitch has also proved excellent in practice as an electronic switch for supplementary working systems such as lighting circuits. TECHNICAL DATA Operating voltage 4.0V - 9.0V Current drain Power-on state 19mA Current drain Standby 0.2?A Maximum load current max. 2A Output voltage 5.9V / 7.4V / 12.0V Signal input PWM Dimensions 56 x 19 x 16 mm Weight 22g incl. Patchwire Temperature range -30C to +75C Disclosures: BVM prides itself in providing a quality product delivered to customers on time. Due to the popularity of certain products, we can not guarantee that each item you have ordered will be in stock. If any items you ordered are not in stock, BVM will inform you immediately. If you need an expedited order, please call BVM to verify the stock BEFORE placing the order.
$63.72
PowerBox iGyro 1e
As with the iGyro 3e, the impressive feature of the iGyro 1e is just how easy it is to use. The device can be used immediately after it is unpacked: plug in, fix in place, fly. In every respect its performance is as good as the renowned larger iGyro systems, and the little version imparts exactly the same iGyro feeling. The additional integral features are a worldss first in this class. Two outputs can be set up independently of each other, both in terms of gyro effect and control function. This means: it is possible to adjust output 2 separately for the gyro's direction of effect, and the servoss direction of rotation, end-points and center. This integral servo-match function can be exploited, for example, to use a single channel to control the rudder and steerable nosewheel, but set different gyro functions for both. Typically the nosewheel might be set up with a Heading function, but the rudder with Normal gyro function only. It is also possible to assign the gyro function to two ailerons without having to forfeit differential travel. Another useful feature is the facility to store gyro gain automatically: if you are short of channels, you can set up the iGyro 1e once using a receiver output, then disconnect the gain input at the receiver; the set gain value is now automatically stored. The receiver output previously used is now available again for other functions The package is rounded off by two additional functions: frame-rate adjustment and Gyro-Sense x 4, which is designed for large, sluggish models. All the components employed in the iGyro 1e satisfy the same high quality standards as the large iGyro systems, and the device is 100% Made in Germany. Although the iGyro 1e is an obvious choice for small models, its quality means that it also guarantees the highest standards of precision and security in valuable High-End models. The iGyro 1e can be installed in any model where there is only a need to stabilize one axis, whether the model is a glider, a jet or a power model. The iGyro 1e's micro size even allows it to be squeezed into any F3B and F5J glider, and even in an RC model car, which will then maintain its exact heading with great reliability! FEATURES Ultra-precise single-axis MEMS sensor Regulatory algorithm designed specifically for fixed-wing model aircraft Single axis shared by two servos, each independently variable Conventional PWM input and output signals Gain input for in-flight sensitivity adjustment Heading or Normal mode, switchable in flight Integral servo-match and reverse function Gyro Sense x 4 function for large, sluggish models Variable frame-rate 16-bit processor for fast, high-resolution signal processing Additional features can be set up using the USB Interface Adapter Can be updated using the PowerBox USB Interface Adapter TECHNICAL DATA Operating voltage 4.0V - 9.0V Current drain Power-on state 20mA Maximum load current 10A Signal input PWM Servo sockets 2 Gyro regulation Heading- and Normal mode Gyro sensor type MEMS Number of sensor axes 1 Dimensions 33 x 10 x 5.5 mm Weight 7.5g, incl. wires Temperature range -30C to +75C Disclosures: BVM prides itself in providing a quality product delivered to customers on time. Due to the popularity of certain products, we can not guarantee that each item you have ordered will be in stock. If any items you ordered are not in stock, BVM will inform you immediately. If you need an expedited order, please call BVM to verify the stock BEFORE placing the order.
$96.12
PowerBox Sensor V3 DEANS/JR
The PowerBox Sensor V3 is the third generation of the PowerBox Sensor, which is well-known throughout the world. For almost twenty years the PowerBox Sensor has represented the standard for small to medium-sized models thanks to its compact format and versatility. By using the latest components we have been able to reduce the size of the Sensor V3 significantly. For example, the case is now exactly half as deep (11 mm compared with 22 mm). Nevertheless, the Sensor V3 still fits neatly in the aperture used by its predecessor. The introduction of a top-quality aluminum case, machined and anodized, has brought a substantial increase in the unit’s cooling efficiency, with the result that the maximum continuous current capacity of the PowerBox Sensor V3 is around 35 % higher. In fact, the peak load capacity is twice as high: the Sensor V3 can handle more than 20 A for several seconds! The Sensor V3 offers two user-selectable output voltages: for normal servos it can be set to a regulated 6.0 V, while a regulated 7.8 V is available for HV servos– provided that the batteries supply the higher input voltage required. Power to the unit can be drawn from four different battery types: LiPo, LiIon, LiFePo, NiMH. Ultra-bright RGB LEDs are fitted to indicate battery voltage; they light up in various colours to display the charge status of the batteries. CORE users also benefit from one special additional feature: both battery voltages can be displayed directly on the transmitter by means of telemetry FEATURES Ultra-light unit, compact format Double regulated output voltage Redundant switch and regulator circuitry User-selectable output voltage: 6.0 V or 7.8 V Separate RGB LED voltage indicators for each battery Telemetry support for CORE systems Supports 4 different battery types: 2s LiPo, 2s LiIon, 2s LiFePo and 5s NiMH Regulator monitoring Suppression of servo feedback currents TECHNICAL DATA Operating voltage 4,0 V – 9,0 V Power supply 2s LiPo, 2s LiIon, 2s LiFePo, 5s NiMh Current drain, operating30 mA Current drain, stand-by 10 A Peak current capacity 2 x 10 A Drop-out voltage 0,25 V Output voltage 6,0 V/ 7,8 V stabilized Supported telemetry system P²BUS Dimensions 65 x 26 x 11 mm Weight 30 g Temperature range -30C to +105C Disclosures: BVM prides itself in providing a quality product delivered to customers on time. Due to the popularity of certain products, we can not guarantee that each item you have ordered will be in stock. If any items you ordered are not in stock, BVM will inform you immediately. If you need an expedited order, please call BVM to verify the stock BEFORE placing the order.
$117.72
PowerBox Sensor V3 JR/JR
The PowerBox Sensor V3 is the third generation of the PowerBox Sensor, which is well-known throughout the world. For almost twenty years the PowerBox Sensor has represented the standard for small to medium-sized models thanks to its compact format and versatility. By using the latest components we have been able to reduce the size of the Sensor V3 significantly. For example, the case is now exactly half as deep (11 mm compared with 22 mm). Nevertheless, the Sensor V3 still fits neatly in the aperture used by its predecessor. The introduction of a top-quality aluminum case, machined and anodized, has brought a substantial increase in the unit’s cooling efficiency, with the result that the maximum continuous current capacity of the PowerBox Sensor V3 is around 35 % higher. In fact, the peak load capacity is twice as high: the Sensor V3 can handle more than 20 A for several seconds! The Sensor V3 offers two user-selectable output voltages: for normal servos it can be set to a regulated 6.0 V, while a regulated 7.8 V is available for HV servos– provided that the batteries supply the higher input voltage required. Power to the unit can be drawn from four different battery types: LiPo, LiIon, LiFePo, NiMH. Ultra-bright RGB LEDs are fitted to indicate battery voltage; they light up in various colours to display the charge status of the batteries. CORE users also benefit from one special additional feature: both battery voltages can be displayed directly on the transmitter by means of telemetry FEATURES Ultra-light unit, compact format Double regulated output voltage Redundant switch and regulator circuitry User-selectable output voltage: 6.0 V or 7.8 V Separate RGB LED voltage indicators for each battery Telemetry support for CORE systems Supports 4 different battery types: 2s LiPo, 2s LiIon, 2s LiFePo and 5s NiMH Regulator monitoring Suppression of servo feedback currents TECHNICAL DATA Operating voltage 4,0 V – 9,0 V Power supply 2s LiPo, 2s LiIon, 2s LiFePo, 5s NiMh Current drain, operating30 mA Current drain, stand-by 10 A Peak current capacity 2 x 10 A Drop-out voltage 0,25 V Output voltage 6,0 V/ 7,8 V stabilized Supported telemetry system P²BUS Dimensions 65 x 26 x 11 mm Weight 30 g Temperature range -30C to +105C Disclosures: BVM prides itself in providing a quality product delivered to customers on time. Due to the popularity of certain products, we can not guarantee that each item you have ordered will be in stock. If any items you ordered are not in stock, BVM will inform you immediately. If you need an expedited order, please call BVM to verify the stock BEFORE placing the order.
$117.72
PowerBox Sensor V3 MPX/JR
The PowerBox Sensor V3 is the third generation of the PowerBox Sensor, which is well-known throughout the world. For almost twenty years the PowerBox Sensor has represented the standard for small to medium-sized models thanks to its compact format and versatility. By using the latest components we have been able to reduce the size of the Sensor V3 significantly. For example, the case is now exactly half as deep (11 mm compared with 22 mm). Nevertheless, the Sensor V3 still fits neatly in the aperture used by its predecessor. The introduction of a top-quality aluminum case, machined and anodized, has brought a substantial increase in the unit’s cooling efficiency, with the result that the maximum continuous current capacity of the PowerBox Sensor V3 is around 35 % higher. In fact, the peak load capacity is twice as high: the Sensor V3 can handle more than 20 A for several seconds! The Sensor V3 offers two user-selectable output voltages: for normal servos it can be set to a regulated 6.0 V, while a regulated 7.8 V is available for HV servos– provided that the batteries supply the higher input voltage required. Power to the unit can be drawn from four different battery types: LiPo, LiIon, LiFePo, NiMH. Ultra-bright RGB LEDs are fitted to indicate battery voltage; they light up in various colours to display the charge status of the batteries. CORE users also benefit from one special additional feature: both battery voltages can be displayed directly on the transmitter by means of telemetry FEATURES Ultra-light unit, compact format Double regulated output voltage Redundant switch and regulator circuitry User-selectable output voltage: 6.0 V or 7.8 V Separate RGB LED voltage indicators for each battery Telemetry support for CORE systems Supports 4 different battery types: 2s LiPo, 2s LiIon, 2s LiFePo and 5s NiMH Regulator monitoring Suppression of servo feedback currents TECHNICAL DATA Operating voltage 4,0 V – 9,0 V Power supply 2s LiPo, 2s LiIon, 2s LiFePo, 5s NiMh Current drain, operating30 mA Current drain, stand-by 10 A Peak current capacity 2 x 10 A Drop-out voltage 0,25 V Output voltage 6,0 V/ 7,8 V stabilized Supported telemetry system P²BUS Dimensions 65 x 26 x 11 mm Weight 30 g Temperature range -30C to +105C Disclosures: BVM prides itself in providing a quality product delivered to customers on time. Due to the popularity of certain products, we can not guarantee that each item you have ordered will be in stock. If any items you ordered are not in stock, BVM will inform you immediately. If you need an expedited order, please call BVM to verify the stock BEFORE placing the order.
$117.72
PowerBox Gemini II with Magnet
The Gemini II is the logical development of the PowerBox Gemini, which we have produced unchanged since 2005. The revised design incorporates ideas gleaned from customer requests and our own experience. The Gemini II has a considerably higher performance than the earlier model, since the case now consists of a high-quality machined aluminum heat-sink. Numerous supplementary features have also been added. For example, the pilot now has two options for activating the system: either by push-button using the SensorSwitch, or using a magnet. This also allows the implementation of a concealed installation; in this case an integral buzzer indicates the ON and OFF state. Like all power supply systems from PowerBox-Systems, the Gemini II boasts consistent redundant construction: two regulators, two controllers and two integral Hall sensors ensure a totally reliable power supply. The external SensorSwitch activates both electronic switches simultaneously. The tri-color LEDs in the SensorSwitch indicate the battery status in four stages. The battery inputs take the form of MPX high-current connectors. The output voltage is double-regulated, and can be set either to 5.9V or 7.4V. FEATURES double-regulated output voltages for receivers and servos Electronic On / Off switch, using either a magnetic trigger or the SensorSwitch On and Off switching signaled by visual and audible indicators Regulated output voltage of 5.9 V or 7.4 V LED voltage indicator for each battery separately Supports four battery types: LiPo, LiIon, NiMH / NiCd, LiFePo Suppression of any servo feedback currents which might occur MPX battery inputs Large-area anodized aluminum case for high regulator capacity Integral regulator monitor TECHNICAL DATA Operating voltage 4.0V - 9.0V Power supply 2S LiPo, 2S LiIon, 2S LiFePo, 5S NiCd/NiMH Current drain Power-on state 56mA Maximum load current Peak 2x6A Drop-out voltage 0.3V Output voltage 5.9V or 7.4V regulated Dimensions 60 x 30 x 15 mm Weight 33g Weight Sensor Switch 11g Temperature range -30C to +75C Disclosures: BVM prides itself in providing a quality product delivered to customers on time. Due to the popularity of certain products, we can not guarantee that each item you have ordered will be in stock. If any items you ordered are not in stock, BVM will inform you immediately. If you need an expedited order, please call BVM to verify the stock BEFORE placing the order.
$136.17
PowerBox PowerExpander SRS with Deans Connector
The PowerExpander SRS makes it possible to exploit all the channels provided by your radio control system when using small but highly-specified receivers. Safety is also significantly enhanced, because two receivers can be connected to the PowerExpander SRS. The integral Serial Receiver System selects any receiver, and - if an error should occur - switches over automatically to the receiver which is still operating. This represents a simple method of doubling the number of receiver aerials. The unit is fitted with a high-current socket to ensure that the power supply can cope with the large number of channels which it makes available. It also features an output carrying the S-BUS signal, which makes it possible to use any radio control system in conjunction with an S-BUS wiring arrangement. As power supply we recommend the PowerBox BaseLog or the PowerBox Gemini II. FEATURES Access to a maximum of eighteen channels Simple wiring: the receivers are connected using a serial link Integral SRS, allowing the use of two receivers Compatible with: Futaba, Spektrum, Graupner, Jeti, Multiplex and JR High-current power socket MPX or Deans S-BUS output for use in a BUS system Hold/Failsafe option for each output individual User-variable frame rate Can be updated using the PowerBox USB Interface TECHNICAL DATA Operating voltage 4.0V - 9.0V Power supply 2S LiPo, 2S LiIon, 2S LiFePo, 5S NiCd/NiMH Current drain Power-on state 25mA Maximum load current Peak 30A Signal input serial Supported RC systems Futaba, Spektrum, Jeti, Graupner, JR, Multiplex Receiver redundancy SRS Channels 18 Servo sockets 18 Servo signal resolution 0.5µs Signal frame rate 12ms, 15ms, 18ms, 21ms Dimensions 55 x 40 x 14 mm Weight 25g Temperature range -30C to +75C Disclosures: BVM prides itself in providing a quality product delivered to customers on time. Due to the popularity of certain products, we can not guarantee that each item you have ordered will be in stock. If any items you ordered are not in stock, BVM will inform you immediately. If you need an expedited order, please call BVM to verify the stock BEFORE placing the order.
$140.49
PowerBox Source
The PowerBox Source is a logical development of the successful BaseLog, taking due account of requests from customers and modern telemetry system requirements. We have managed to reduce the backer’s size by optimizing the heat-sink design, and as a result the PowerBox Source is now also suitable for small models with high power requirements. This small energy package offers enormous performance reserves, and compares very well even with larger battery backer systems. The unit can be connected to an optional small O-LED screen which provides a display of all battery data even when the backer itself is inaccessible in the model. However, the full capability of the PowerBox Source can still be exploited even without the screen: the Data socket enables the user to access all settings either using a smartphone and a BlueCom Adapter, or a laptop or PC using our USB interface. Core pilots, in particular, can control all aspects of the PowerBox Source from the transmitter without any extra accessories. Reflecting the current state of technology, all battery-relevant data can now be transferred to the transmitter via the telemetry system. The PowerBox Source can transfer telemetry data to Jeti, Graupner, Multiplex and Futaba transmitters as well as the Core telemetry system. An additional teleconverter is not required for Futaba. The PowerBox Source can be set to any of four different output voltages: 5.9 V – 7.4 V – 7.8 V and unregulated; in the latter case the battery voltage is passed through with minimal loss. The MPX inputs and outputs are fitted with retaining clips / lugs to prevent the connectors slipping out when subjected to severe vibration. FEATURES High performance Optimized cooling Small size Optional OLED screen, 128 x 64 pixels Four different output voltages Suitable for use with all battery types Can be controlled by the switch or BlueCom or USB interface Supports five different telemetry systems: CORE P²BUS, Jeti EX-Bus, Futaba S.BUS2, Multiplex M-Link, Graupner Hott Redundant regulator design Suppression of servo feedback currents Protection against electro-static discharge Integral regulator monitoring Can be updated using the USB Interface or BlueCom Adapter TECHNICAL DATA Operating voltage 4.0V - 9.0V Power supply 2S LiPo, 2S LiIon, 2S LiFePo, 5S NiCd/NiMH Current drain Power-on state 85mA Current drain Standby 10µA Maximum load current Peak 2x20A Drop-out voltage 0.3V Output voltage 5.9V / 7.4V / 7.8V / 8.4V Screen OLED 128 x 64 pixels (optional) Supported telemetry systems PowerBox, Jeti, Futaba, Graupner, Multiplex Dimensions 54 x 88 x 23 mm Weight 77 g Weight Sensor Switch 15 g Temperature range -30C to +85C Disclosures: BVM prides itself in providing a quality product delivered to customers on time. Due to the popularity of certain products, we can not guarantee that each item you have ordered will be in stock. If any items you ordered are not in stock, BVM will inform you immediately. If you need an expedited order, please call BVM to verify the stock BEFORE placing the order.
$182.52
PowerBox Smokepump Standard with accessories
The PowerBox Smokepump has been developed by PowerBox-Systems specifically for pumping smoke oil in model aircraft. The mechanical system and electronics are manufactured on our own premises, and the unit's high standard of quality is evident from its long effective life: the PowerBox Smokepump is the world's most durable smoke oil pump, as has been demonstrated in several long-term tests. The mechanical pump system is assembled entirely from high-quality aluminum and brass parts. All our pumps are subjected to a running-in procedure during manufacture, ensuring that the gears mesh perfectly, and that the pump is 100% leak-free. Tight manufacturing tolerances eliminate the need for a separate cut-off valve with the PowerBox Smokepump. The electronic circuit is infinitely variable within the range 0%-100%, allowing the pilot to fine-tune the flow rate to match the exact requirements of the model. The Smokepump can be powered either by a PowerBox or a separate battery. If a separate battery is used, the electronic circuit switches to a "stand-by" mode if the receiver fails to pick up a signal. This means that it is not necessary to provide a separate switch to isolate the PowerBox Smokepump from the battery when you switch the model off. The PowerBox Smokepump is available in a Standard version and a Jet version, the later with higher throughput and twin outlets. The maximum flow rate of the Smokepump (Order No. 8010) is around 750 ml./min., while the Smokepump Jet (Order No. 8015) is capable of around 950 ml. The set includes all the necessary connecting leads and a length of heat-resistant hose. The standard set also contains a Y-piece which can be used to connect both silencers of an opposed-twin (boxer) engine. FEATURES Durable metal-geared pump Infinitely variable flow rate from 0-100% No external cut-off valve required High maximum flow rate Can be operated directly from the receiver power supply Stand-by cut-off when used with separate battery Compact design Low current drain Mounting facility TECHNICAL DATA Operating voltage 4.0V - 9.0V Current drain Power-on state approx. 1.5 Ampere at 100% Current drain Standby 10A Max. flow rate max. 750ml/min Smoke medium Smoke oil blue Max or 3W Smoke oil Dimensions 79 x 31 mm Weight 125g Temperature range -30C to +75C Disclosures: BVM prides itself in providing a quality product delivered to customers on time. Due to the popularity of certain products, we can not guarantee that each item you have ordered will be in stock. If any items you ordered are not in stock, BVM will inform you immediately. If you need an expedited order, please call BVM to verify the stock BEFORE placing the order.
$189.00
PowerBox Smokepump JET, 2x output, with accessories
The PowerBox Smokepump has been developed by PowerBox-Systems specifically for pumping smoke oil in model aircraft. The mechanical system and electronics are manufactured on our own premises, and the unit's high standard of quality is evident from its long effective life: the PowerBox Smokepump is the world's most durable smoke oil pump, as has been demonstrated in several long-term tests. The mechanical pump system is assembled entirely from high-quality aluminum and brass parts. All our pumps are subjected to a running-in procedure during manufacture, ensuring that the gears mesh perfectly, and that the pump is 100% leak-free. Tight manufacturing tolerances eliminate the need for a separate cut-off valve with the PowerBox Smokepump. The electronic circuit is infinitely variable within the range 0%-100%, allowing the pilot to fine-tune the flow rate to match the exact requirements of the model. The Smokepump can be powered either by a PowerBox or a separate battery. If a separate battery is used, the electronic circuit switches to a "stand-by" mode if the receiver fails to pick up a signal. This means that it is not necessary to provide a separate switch to isolate the PowerBox Smokepump from the battery when you switch the model off. The PowerBox Smokepump is available in a Standard version and a Jet version, the later with higher throughput and twin outlets. The maximum flow rate of the Smokepump (Order No. 8010) is around 750 ml./min., while the Smokepump Jet (Order No. 8015) is capable of around 950 ml. The set includes all the necessary connecting leads and a length of heat-resistant hose. The standard set also contains a Y-piece which can be used to connect both silencers of an opposed-twin (boxer) engine. FEATURES Durable metal-geared pump Infinitely variable flow rate from 0-100% No external cut-off valve required High maximum flow rate Can be operated directly from the receiver power supply Stand-by cut-off when used with separate battery Compact design Low current drain Mounting facility TECHNICAL DATA Operating voltage 4.0V - 9.0V Current drain Power-on state approx. 1.8 Ampere at 100% Current drain Standby 10A Max. flow rate max. 950ml/min Smoke medium Smoke oil blue Max or 3W Smoke oil Dimensions 79 x 31 mm Weight 128g Temperature range -30C to +75C Disclosures: BVM prides itself in providing a quality product delivered to customers on time. Due to the popularity of certain products, we can not guarantee that each item you have ordered will be in stock. If any items you ordered are not in stock, BVM will inform you immediately. If you need an expedited order, please call BVM to verify the stock BEFORE placing the order.
$200.88
PowerBox Evolution, incl. SensorSwitch and Patchleads
The PowerBox Evolution is always the first choice when a small, robust battery backer system is required: the typical range of applications extends from warbirds to 3D aerobatic models and even to jets. The first series of the Evolution was introduced back in the year 2004, and since that time it has been continuously developed and improved. For example, the current version provides six remotely accessed channels. The capacity of the regulators has also been significantly increased by redesigning the whole base plate to act as a heat-sink. The output voltage can now be set to 5.9V or 7.4V, which means that the Evolution is an excellent choice for standard 6.0V servos as well as HV systems. In both cases the constant output voltage ensures consistent running and extended effective life for your servos. The unit is switched on using the SensorSwitch which is included in the set as standard; the procedure could hardly be simpler: pressing the SET button prepares the switching process, and a brief press on buttons I and II actually switches on the two power circuits. This effectively eliminates the danger of switching the backer on or off accidentally, and provides a means of switching and checking both switched circuits independently of each other. The SensorSwitch is also used to enter the battery type; this information is required for the integral battery indicator. The two rows of LEDs indicate the state of charge of the batteries in four stages. The backer also includes a minimum voltage memory which stores the lowest voltage value which occurs during a flight, enabling the pilot to monitor his batteries more accurately. After the flight the minimum value can be read from the LEDs by pressing buttons I and II. The Evolution is fitted with integral signal amplifiers and RF interference suppressors to ensure that signal strength to the servos is adequate when long extension leads are used. To prevent possible interaction between the servos, the backer is fitted with a circuit which effectively suppresses any servo feedback currents which might occur. FEATURES 6 channels Signal amplification and interference suppression for all 16 outputs double-regulated output voltages for receivers and servos regulated voltage with selection facility, 5.9V or 7.4V Separate voltage display for each battery Minimum value memory alerts the user to voltage collapses Large-area heat-sinks for high regulator performance Regulator monitoring, regulator error indicator Support for four battery types: LiPo, LiIon, NiMH / NiCd, LiFePo Suppression of any servo feedback currents which may occur Technical Data Operating voltage 4.0V - 9.0V Power supply 2S LiPo, 2S LiIon, 2S LiFePo, 5S NiCd/NiMH Current drain Power-on state 80mA Maximum load current Peak 2x20A Drop-out voltage 0.3V Output voltage 5.9V and/or 7.4V regulated Signal input PWM Channels 6 Servo sockets 16 Dimensions 93 x 67 x 19 mm Weight 90g Weight Sensor Switch 15g Temperature range -30C to +75C Disclosures: BVM prides itself in providing a quality product delivered to customers on time. Due to the popularity of certain products, we can not guarantee that each item you have ordered will be in stock. If any items you ordered are not in stock, BVM will inform you immediately. If you need an expedited order, please call BVM to verify the stock BEFORE placing the order.
$216.72
PowerBox Pioneer
The PowerBox Pioneer is the latest development of a 14-channel power supply unit without voltage regulation, designed for HV servos. Since the unit has no voltage regulators, nor the large heat-sink surfaces required for them, it offers ultra-compact dimensions. Even so, the Pioneer still provides redundancy, as is the standard for all power supply units made by PowerBox-Systems. The output section and the switch controller are duplicated in order to guarantee maximum security. A feature which makes the Pioneer unique in its class is its integral iGyro technology, which requires only the optional iGyro SAT as sensor unit. When plugged in, the sensor transforms the power supply unit into a high-performance 9-axis gyro of the latest generation. The integrated iGyro is ultra-simple to use, and can be set up in just a few minutes, ready for the initial trimming flight. The Pioneer offers any number of facilities for fine-tuning, making it suitable for complex models and perfectionists. Stick priority, lock-in feel and gyro characteristics can be adjusted separately for each axis and for two ranges, to name just the most important of them. The whole package is rounded off by convenience and ease of operation, as PowerBox and Jeti pilots can set up and control all aspects of the Pioneer from the transmitter! Optionally - and for Futaba and Spektrum pilots - the Pioneer can be set up using the BlueCom adapter and the smartphone app, or using a PC in conjunction with the USB interface. In performance terms the compact Pioneer concedes nothing to the larger backers. Many series of tests have been carried out with a 40A load for several minutes, and we guarantee a continuous current capacity of 20A. The elegant aluminum heat-sink ensures the necessary heat dissipation, and even the external switch is supplied in a top-quality anodized aluminum case, machined from solid. As a further option, the new Pioneer is also available with the MicroMag magnetic switch. This switch can be installed visible or hidden and switched on with the included magnet. NOTE: Spektrum users will need the SRXL2 adapter lead set Part # 9192 FEATURES 14 channels High-performance battery backer with high continuous load capacity Duplicated circuitry for the entire power electronics Redundant electronic switch All features can be controlled using PowerBox and Jeti transmitters All systems can be operated using BlueCom or PowerBox USB Integrated iGyro technology of the latest type, with iGyro Sat as gyro sensor Nine independent gyro outputs for: 3x aileron, 3x elevator, 3x rudder Special regulatory algorithm for fixed-wing models Detects all transmitter mixers Ultra-simple gyro programming in just a few minutes Optional GPS mode for speed-dependent gyro compensation Telemetry data for PowerBox P²BUS, Futaba S.BUS2, Jeti Ex-BUS and Spektrum SRXL2 Transmission of voltage, current, capacity, lost frames and holds User-variable servo frame rate: 10ms, 12ms, 14ms, 16ms, 18ms Suppression of servo feedback currents Ultra-modern 32-bit micro-processor ensures swift, accurate signal processing Efficient heat dissipation via the high-quality machined and anodized aluminum case Machined and anodized aluminum switch housing Space-saving low-profile format Ultra-lightweight construction TECHNICAL DATA Operating voltage 4.0V - 9.0V Power supply 2S LiPo/LiIon, 2S LiFePo, 5S NiCd/NiMH Current drain Power-on state 105mA Maximum load current Continuous 2x10A ( <30s 2x20A ) Drop-out voltage 0.3V Output voltage unregulated Signal input serial Supported RC systems PowerBox, Futaba, Jeti and Spektrum Receiver redundancy SRS Channels 26 Servo sockets 14 Servo signal resolution 0,5µs Signal frame rate 10ms, 12ms, 14ms, 16ms, 18ms Gyro regulation Heading- and Normal mode Gyro sensor type external iGyro Sat Number of sensor axes 9 Supported telemetry systems P²BUS, S.BUS2, EX-Tele, SRXL2 Dimensions 63 x 44 x 12 mm Weight 40g Weight Sensor Switch 6g Temperature range -30C to +75C Disclosures: BVM prides itself in providing a quality product delivered to customers on time. Due to the popularity of certain products, we can not guarantee that each item you have ordered will be in stock. If any items you ordered are not in stock, BVM will inform you immediately. If you need an expedited order, please call BVM to verify the stock BEFORE placing the order.
$236.52
PowerBox Competition SR2
The Competition SR2 offers outstanding functionality, and sets new standards in its class! It is now ten years ago to the month that the first Competition SRS was introduced. At that time it represented a milestone in the redundant deployment of receivers using our new type of bus technology. The unrestricted output assignment, servo matching and linking to early telemetry systems were unique features, and remained so for a long time. Technology has continued to develop, and modelers’ requirements have become more exacting. Here at PowerBox Systems we are proud to present our latest development: the PowerBox Competition SR2. Incorporating a new external look and the very latest technology, this single unit integrates more than twenty years of experience in the design and construction of airborne electronics. The external changes are immediately evident: the most obvious and eye-catching feature is the new full-color TFT screen, which is clearly legible even in full sunshine. The size of the screen has allowed us to include a self-explanatory menu structure which is so simple to use that its operation has raised not a single query from our test-pilots. Another obvious change is the large heat-sink, machined from solid metal, which significantly enhances the performance of the power supply. At the same time we were able to reduce the overall size of the Competition SR2 substantially. The associated Sensor-Switch and TFT screen are also housed in a machined aluminum case, matching the quality appearance of the SR2 itself. However, the most significant innovations only become evident once the unit is switched on. The main display contains all the essential data - including battery voltage, current, consumed capacity and all receiver-relevant information - which can be viewed at a glance. The screen also displays status messages concerning the iGyroSAT or GPS III, if connected to the system. The menu system is clearly and logically laid out, and includes many new functions as well as the familiar menu points - and all in two languages: German and English! Important new features implemented in the new Competition SR2 include the most efficient and sophisticated iGyro technology ever developed by PowerBox-Systems. Used in conjunction with the optional iGyroSAT sensor, the system offers twelve gyro axes which cater for every existing model variant. The highly refined Setup Assistant enables the pilot to set up complex models, such as types with dual thrust vectors, ailerons and tailerons, in just a few minutes. Once the Assistant has been completed, the transmitter channels are assigned, the directions of gyro effect are set, and the servos connected to the outputs. Each gyro axis can also be finely adjusted individually from the transmitter using separate channels. If an initial test-flight shows up a need to fine-tune the iGyro to meet individual requirements, a whole series of Expert settings cover every possible need. The servo matching feature is now displayed in graphic form on the screen, and the PowerBox Competition SR2 also allows the servo response to be adjusted using five curve points. A new development is automatic servo matching. It is a very simple matter to assign and select one or two servos in addition to the primary one, and these two or three servos can be matched accurately to each other in just a few seconds with a single button-press! The Competition SR2 incorporates two independent door sequencers. The standard function is designed for a retractable undercarriage, while the second can be used to implement systems such as a latching canopy control system without any additional devices. The Setup Assistant is capable of setting up the first door sequencer in just a few minutes, and three modes of operation are available. The graphic on-screen display makes additional non-standard settings very easy to set up; the entire sequential process can be observed at a glance. If you use a PowerBox or Jeti RC system, virtually all* the functions of the Competition SR2 can be controlled and adjusted from the transmitter. The SR2 caters for every aspect of telemetry for battery and receiver data with all supported systems. If a GPS III is connected, then GPS data are also available - limited only by the facilities of the RC system in use. *except the sequencers and Setup Assistant BOX CONTENT PowerBox Competition SR2 TFT Display SensorSwitch 2 patch-leads 4 rubber grommets and brass spacer sleeves, factory-fitted 8 retaining screws Operating instructions in German and English SPECIFICATIONS 22 channels High-performance battery backer with high continuous load capacity 2.4” TFT screen, legible in sunlight Bi-lingual menu system Consistent duplication of all power electronics Redundant electronic switch Servo matching for all 22 outputs Auto matching function Two independent door sequencers with Setup Assistant The latest integrated iGyro technology, using the iGyroSAT as gyro sensor Twelve independent gyro outputs for: 4x aileron, 4x elevator, 4x rudder Individual gain control for all twelve gyro outputs Special regulatory algorithm for fixed-wing models System detects all transmitter mixers Four selectable output voltages: 6.0 V, 7.4 V, 7.8 V or unregulated Graphic menu diagrams ensure ultra-simple programming Fast basic setup procedure using the sophisticated Assistant Optional GPS III for speed-dependent gyro compensation Telemetry data for PowerBox P2BUS, Futaba S.BUS2, Jeti Ex-BUS, Spektrum SRXL2, Multiplex M-Link and Graupner HoTT Transmission of battery, receiver and GPS data Virtually all features can be controlled from PowerBox and Jeti transmitters Selectable servo frame rate: 10ms, 12ms, 14ms, 16ms, 18ms Servo feedback current suppression Latest 32-bit micro-processor for precise, high-speed signal processing High-performance machined heat-sink for optimized heat diffusion Machined, anodized aluminum switch and screen case Compact dimensions TECHNICAL DATA Operating voltage 4.0V - 9.0V Power supply 2S LiPo, 2S LiIon, 2S LiFePo, 5S NiCd/NiMH Current drain Power-on state 260mA Current drain Standby 30A Maximum load current 2x40A (<30s) Drop-out voltage 0.3V Output voltage 6.0V, 7.4V, 7.8V, unregulated Signal input serial Supported RC systems PowerBox, Futaba, Jeti, Spektrum, M-Link and Hott Receiver redundancy SRS Channels 26 Servo sockets 22 Programmable servo outputs 22 Servo signal resolution 0,25 Signal frame rate 10ms, 12ms, 14ms, 16ms, 18ms Gyro sensor type external iGyro SAT Number of sensor axes 12 Screen TFT 320x240 pixels Integral door sequencer yes Supported telemetry systems PBUS, S.BUS2, EX-Tele, SRXL2, M-Link, Hott Dimensions 107 x 69 x 19 mm Weight 115g Weight Sensor Switch 15g Weight of LCD screen 34g Temperature range -30C to +105C
$474.12