The kit will come with one foot of tubing, flesh tone hemisphere, control handle and cable setup.

Talking Microphone Mic
Mic size: 4" H x 2-1/4" W
Total 12-1/2" Tall

Video of "MIC" in action

Talking hand Grenade
Grenade size: 4" H x 2-1/2" W
Total 11" Tall

Video of " Han Grenade" in action

Ventriloquist Fish

The fish is 9 inches long, 6 inches from bottom to the top of the dorsal fin, 11 inches from bottom of the handle to top of the dorsal fin.
Weighs 11/4 Pounds.
Has light up eyes - uses a 2032 coin battery.

These panels make great prototyping material.
The material is light weight yet strong and durable. It can be easily drilled, machined, or cut with most types of hand or power tools. Medium grit sand paper smoothes edges with little effort. It can be joined with a gel or medium thickness cyanoacrylate glue.

PVC panels measuring approx. 8" x 12", in 1/8" or 1/4" thickness

Click on image for a closeup view

Servo bracket has mounting hole for vertical, horizontal applications.

Brackets comes as all WHITE plastic parts, can be painted with plastic paint, or Croma Key green or blue paint for video production.

Material: Smooth Cast Urethane Resin - 70 D Hardness

Servo not included

Servo brackets for custom testing of applications, mechanical design or just experimenting.

Brackets can be glued, cut, drilled combined to create assorted bracket variations, angles, positions.

Brackets fit standard R/C Servos.

Servo mounting holes pre-drilled in servo brackets.
Bracket - Plastic Material

Servo not included
Mounting /Assembly Hardware not Included
Plastic Pipe not Included


Brackets comes as all WHITE plastic parts, can be painted with plastic paint, or Croma Key green or blue paint for video production.

Material: Smooth Cast Urethane Resin - 70 D Hardness

Servo brackets for custom testing of applications, mechanical design or just experimenting.

Brackets can be glued, cut, drilled combined to create assorted bracket variations, angles, positions.
Material: Smooth Cast Urethane Resin
70 D Hardness

Brackets fit standard R/C Servos.

Servo mounting holes pre-drilled in servo brackets.

Servo not included
Mounting /Assembly Hardware not Included
Plastic Pipe not Included

Brackets Kits comes as all WHITE plastic parts, can be painted with plastic paint, or Croma Key green or blue paint for video production.

Hardware for Assembly of Bracket Trees, Servo Holders
Material: Smooth Cast Urethane Resin - 70 D Hardness

Servos, Brackets not included

This unique controller board was designed to allow the use of 2 remote wired joysticks to control 4-R/C servo motors. The minimum and maximum limits of movement for each servo can be programmed and are stored in non-volatile memory.

There is also a SS relay that is activated by pressing down on the joystick switch.
Joystick has rubber caps for good finger / thumb tip control and comfort.
Relay rated at 2 Amps
2-Foot Cable between Main Control Board and Joystick Board
The board has separate power entries for board power and servo power with the ability of using a remote switch to turn either on or off.


Board Requires 9 Volt dc @ 1 Amp power supply.
Board Requires 5-6 Volt dc @ 5 Amp power supply.

( Servo motors , Power supply - Not included )

Wireless 4 Channel R/C Servo Controller.
Using the handheld RF Transmitter, you can control 1-R/C servo and it's movements.

RF 8 Ch Transmitter
RF 1 Ch Receiver board
RF/ Servo Switch Board
1-Ch Servo Driver Board

( Power Supply, R/C Servos, not included )

* NOTE: Handheld Transmitter type must be selected to use this Module.

( Power supply for Receiver not included )
FCC Part 15 Compliant RF System
8 Channel Remote Control - Receiver
Manufactured in the USA

Setup Overview

Wireless 8 Channel R/C Servo Controller.
Using the handheld RF Transmitter, you can control 1-4-R/C servo and their movements.

RF 8 Ch Transmitter
RF 4 Ch Receiver board
RF/ Servo Switch Board
4-Ch Servo Driver Board

( Power Supply, R/C Servos, not included )

* NOTE: Handheld Transmitter type must be selected to use this Module.

( Power supply for Receiver not included )
FCC Part 15 Compliant RF System
8 Channel Remote Control - Receiver
Manufactured in the USA

Click on components
for a closeup view of the part

Main Board:
3-7/8" L x 3-1/4" W x 5/8" H

Remote RF Board:
2-3/4" L x 1-7/8" W x 7/8" H
Hand Held Control
3-1/4" L x 1-1/2" W x 5/8" H
Antenna = 5- 3/8" L

Remote Switch Board:
2-3/8" L x 1-91/4" W x 5/8" H

Remote Rotary Input Board:
2" L x 1-3/4" W x 1-3/8" H

Optional
Remote Slide Input Board:
2-7/8" L x 1-3/4" W x 1-1/2" H

This unique board consists of a 4-board set and 1-optional board, that are designed to allow the recording and playback of movement for up to 4 servos with special playback features and manual control of 1-Ch Solid State Relay. The special playback features makes this board an excellent choice for Puppet and Ventriloquist use, along with the easy programming of this board.

Over 10 minutes of servo movement can be recorded for each servo. Servo movement is recorded individually and playback of all servo recordings can be done individually or all at the same time by remote wire or RF wireless control.

Programming servo movement can be done via the on-board pot or via one of 2 different remote pot boards (rotary or optional linear). The 2 remote boards also have 2 small pushbuttons to start and stop programming. Playback can be started for any servo by providing a momentary dry contact closure at the associated terminal block located on the main board or on a remote terminal board. Also, there is a board with an RF Receiver and a Hand Held Controller that can be used to trigger the servos remotely.
Once the main board has been programmed the remote servo input board can be disconnected. A remote wireless RF Interface or a switch input board can be attached for control of the main board.
Program is stored on non-volatile on-board EEPROM

Unique Playback Features:
During playback, if another servo is selected, the currently playing servo is immediately stopped and the newly selected servo is started. All servos can be started together or independently activated at any time. There is also a solid state relay on the board that can be controlled at any time by a dry contact closure at its associated terminal block on the main board or the remote terminal board.

Separate power is required for the board and the servos and is attached to the main board via associated 2.1mm barrel-type connectors or adjacent terminal blocks.

Board can be powered from remote duo NiMH battery supply setup also.

RF Wireless Hand Held Remote Controller
SW1 = Servo-1
SW2 = Servo-2
SW3 = Servo-3
SW4 = Servo-4
SW5 = Servo-1,2,3,4 All Together
SW6 = Solid State Relay ON / OFF

Board Requires Duo Supplies:
7.5-124 Volt dc @ 1 Amp power supply
5-6 Volt dc @ 2+ Amp power supply.

( Power supply, Servo, Remote Switches, Optional Slide Input - Not included )

NOTE:
This controller board set has become the electronic board choice for Puppeteers and Ventriloquist to have for it's ease in use, programming and setup along with it's great functional options during show performances.

FCC Part 15 Compliant RF System
8 Channel Remote Control
Manufactured in the USA

Hand Held Transmitter:
Type: RF radio(418MHz)
Transmitting Distance: (1000' Long Range) (750' Key Fob)
8 - Channel Soft Button (Long Range Hand held Transmitter)
5 - Channel Soft Button (Key Fob, Short Range Hand held Transmitter)

Receiver Module:
Type: RF radio (418MHz)
Operating voltage: 9 - 12 VDC @ 1 Amp
Adjustable Angle - Receiver Antenna (2" long)
Control Output Type: Momentary / Toggle User selection
LED channel status, 0/5 VDC switched output voltage on Channels 1-8 ( Plus+ and Minus- wire terminal connections on receiver board)
On-board ribbon connector for quick connection to optional add-on application boards
On-board wire terminal blocks for direct application connection to board channels 1-8 outputs. (no add-on board required)

( Power supply for RF Receiver not included )

Example RF Applications
RF User Manual

Example Puppetry Applications

Add-On Application Board
Setup Example

Optional Add-on Application Boards for RX Receiver System. On-board ribbon connector for quick additional application board connection to base RX8 System.

R/C Servo Driver Board
Power Switching Relay Board
Solid State Relay Board
LED Effects Driver Board
2-Ch R/C Servo and 4-Ch Relay Driver Board
Ventriquialist Operation Board
AC Power Switch Board
MP3 Audio Playback Board
Multi-Channel Distribution Board
Pneumatic / Solenoid Driver Board

FCC Part 15 Compliant RF System
8/4 Channel Remote Control - Receiver
Manufactured in the USA

Type: RF Radio (315,418,433 MHz) 1-4 Channels and 1-8 Channels (FCC Part 15 Compliant Components).
Additional Frequencies Available ,418,433 MHz - extra fees
Operating Voltage: 9-12 VDC @ 1 Amp (Wall Power Supply Adapter, 1Amp Battery Supply).
Antenna: Adjustable Angle, Receiver Antenna 418 MHz (2" long).
Control Output Mode: Momentary-8CH / Toggle-4CH, on-board DIP Switch user selection set.
LED Channel Status: Ch1-4 LED's On/Off, MODE Indicator- Receiver Activity, Learn mode.
Switched Output Application: -4 VDC switched output voltage at 200 mAmp per channel. Channels 1-8 -5VDC, On-board Connector for +5VDC circuit return.
BOARD: wire terminal connections, LEDs on receiver board for CH1-4, Ribbon connector for Ah 1-8 out.
2.5 x 5mm Power jack for power connection. ON-OFF Power Switch, LED Status Lights. 5VDC Regulator for stable operation and various board power supply options. Commercial Grade 3 Layer PCB, with small board footprint size. (3-1/2" L x 2-3/8" W x 1/2" H electronics, 2" long antenna, 3 mounting holes)
Optional Add-On / AUX Support Boards: Quick connection to optional add-on application boards
Switched On-Board Outputs: On-board wire terminal block for direct application connection to board channels 1-4 outputs. (no optional add-on board required)
LEARN Mode: On-Board button switch, auto code-binding to Transmitter, Status LED.
System Requirements: Power Supply, RF Transmitter, Application Device / Load
Optional AUX Boards: Relays, Audio Playback, DC Motor Control, Servo Control, Lighting FX, more.
SET-UP: Quick connections, on board setting for easy use and user setup operations.

* NOTE: Handheld Transmitter not included, a transmitter type must be selected to use this Module. Receiver outputs TTL +/- 1-4VDC at 200 mA on Ah 1-8 when activated.

( Power supply for Receiver not included )

Setup Overview

Instructions Document

.Optional Application Board Listing

Complete system for operating 2 manual operated servo in response to mini joystick movements.

2- Wizard-12 Controller Boards
1- 9.6 VDC rechargable NIMH Battery Pack
1- Battery Charger / Charging Connector Adapter
1- Power Distribution Cable / 2-DC Power Jacks
1- 2Ch Mini Joystick Driver Board / Connectors
2- Standard R/C Servos (Analog Version)
Joystick to Wizard-12 Quick Connection Wires
Instruction Manual / Guide

Wireless 8 Channel MP3 Audio Playback controller
Using the handheld RF Transmitter, any of 1-8 channels of MP3 Audio can be selected for playback form the 8 Channel MP3 playback board.

There are 3 modes of operation provided ­ Sequential, Random and Individual Channels 1-8 selection for playback.

MP3 Player
An MP3 Stereo Audio Controller, that when triggered by RF remote switch input board will cause the player to play back 1 to 8 MP3 files that are stored on a USB flash device (USB flash drive not included). These MP3 files can be of any size up to the capacity of the USB flash device. You can have any number of files 1 to 8 remote control or 1 to 10 audio files under sequence or random playback on the flash device. Board operates from 9 VDC @ 0.5 Amp Power Supply

(Power Supply, Sound Source, USB drive, Audio Cable, Audio Amp, and Speakers not included)

Note: SanDisk USB Drive Recommended

Board Size:
3-4/8" L x 1-3/4" W x 1/2" H
Board is pre-assembled and tested.

Wizard-6 Manual

Product Video

The Wizard - 6 Controller is a Random and Pulse motion Servo Controller.

The controller board will operate two servo channels each with there own unique random servo motion outputs and one channel with variable speed and time pulse motion servo output.
The controller allows for setting the range of each servo's travel motion limits, along with adjustable servo speeds and random time rate features.

This controller is excellent for creating random moving eyes (Left / Right - Up / Down) and head motions, eyelid blinks or in other effects where automated random servo motion is needed using a self-contained servo motion driver board. No programming is required.
Board operates from a regulated 9 VDC @ 2 Amp power supply.

( Power supply, servos not included )

This unique board was designed to RANDOMLY move a servo in 2 user pre-programmed positions ­ Left or Right and center positions when triggered by a 12 VDC input signal When VDC input (12V DC) is received at the input control connector a randomly selected position is set by the on board microprocessor, left, or right and then moves the servo to that position as pre-set by the uses.When no input is present, the servo will go to the user pre-set center position and hold. Each servo end position can be held when 12 VDV signal is present
User can pre-program each of the 3 servo end positions ( L, C, R ) which is recorded and stored on board EEprom directly through on-board electronics.

Power to the servo can be supplied by the board itself, or from an external power supply connected at the Servo Power Connector. The board power connection configuration also allows for a servo with different voltage requirements beyond 5 Vdc to be used.

The board requires 7.5 ­ 9.0 VDC which is attached to the board at the 2.1mm barrel connector or the Alternate Power Connector.

Switch or remote relay applications require a 12 Vdc source pass through to controller board inputs.
The control voltage for a remote switch, remote relay can come from the on board power connector or by a separate power source.

( Power supply, servos, switch not included )

Board Size:
4-7/8" L x 3" W x 1-3/8" H

Controller Requires Duo Power:
5 Vdc @ 1 Amp Power Supply and
9 Vdc @ 800 mA Power Supply ....
Relay Rated: 12 Vdc at 1 Amp

Board is pre-assembled and tested.

Controller Instructions

Controller Board will record 3-(12.5 minutes each routine) and playback the 3 different programmed servo routines to one standard hobby R/C type servo when activated. Manual operated on board Solid State digital relay has switched ON and OFF output. 3 - different servo control routines are pre-recorded into memory by the user. Programmed routines are then played back to servo by selecting 1-3 manual playback switch, or setting the board to looping or sequence function.
Board can be set to sequence function, where each servo routine is played back as channel 1 is activated. On board looping playback feature lets board run automatically. On board relay and servo routinesi can be activated by maual switch, remote relays or even by wireless hand held control.

Recording sessions are built up on a channel by channel process - no complex programming is required. Programming is easily done, with a set of switches and a control potentiometer built onto the board.
No host computer or other programming device is needed to operate the board.
Board is triggered by manual switches, remote relays or even by wireless hand held control.

Duo Power supplies, Servos, not included.
( 9 Volt dc @ 800mA power supply needed )
( 5 Volt dc @ 1 Amp power supply needed )

Specifications:
1- Manual operated Solid State Relay output rated 2 Amp (On/Off Control).
1- Servo channels ­ Operate R/C servo
3- Programming memory modules (12.5 minute record time each)
Potentiometer to adjust the servo positions.
Switch connection terminal blocks on board.
Many more features.

This board was designed to allow the manual positioning of a servo in 3 user pre-programmed positions ­ Left, Center and Right positions.
When VDC input (5-12V DC) Manual Switch, Remote relay or RF system relay closure is received at the 2 input control connectors on the board ,the servo travel is sent to that position, left, right, and center represented by the inputs. When no input is present, the servo will go to the center position and hold. Each servo position can be held at, or momentary reached and moved on.
User can pre-program each of the 3 servo end positions ( L, C, R ) which is recorded and stored on board EEprom directly through on-board electronics.

Power to the servo can be supplied by the board itself, or from an external power supply connected at the Servo Power Connector. The board power connection configuration also allows for a servo with different voltage requirements beyond 5 Vdc to be used.

The board requires 7.5 ­ 24V DC which is attached to the board at the 2.1mm barrel connector or the Alternate Power Connector.

Switch or remote relay applications require a 5-12 Vdc source pass through to controller board inputs.
The control voltage for a remote switch, remote relay can come from the on board power connector or by a separate power source.

( Power supply, servos, switch, relays, RF unit not included )

Board Size:
4-3/4" L x 5-1/4" W x 1" H

Application Setup Overview

This unique board controls the movement of 6 servos as random adjustable, with min and max servo settings set by the user.

The Controller uses 1 master microprocessor and 6 servo microprocessors to operate from. This board is excellent, wherever automated random servo movements are needed.

Controller has remote trigger for remote activation, on board LCD, buttons to set and program variables, Power On and Off switch with LED On indicator, Wire terminal blocks, power jack for easy hook-up. Servo connection header pins, and terminal blocks.

Board requires one 6Vdc @ 6 Amp power supply (Servo's) and one 9-12Vdc power supply for the on board electronics.

(Servo, Power Supplies not included)

Main Board Size:
5" Long x 3" Wide x 1/2" High

Remote Servo Connection Board Size:
1-5/8" Long x 1-1/4" Wide x 7/8" High

Controller Requires Duo Power:
5 Vdc Power Supply and
9 Vdc Power Supply ....

Board is pre-assembled and tested.

Controller Instructions

Board will move 3 servos randomly, independent of each other. You can set the min and max limits of travel and speed of movement for each R/C servo.

You can attach the servos directly to the board or to a small interface board and cable. Yellow Status LEDs for each servo, servo connection header pins and quick connector wire terminal blocks or power jacks for the board electronics and power for the servos.

This board has 2 modes of operation :
Set Mode, where you program in the min and max travel limits for each attached R/C servo and Run Mode, where the servos randomly move back and forth between the limits that were programmed.

Run Mode: Once the servo limits of travel have been set, the board can be put into Run Mode. In Run Mode, the on board potentiometers pots will now control the speed of movement for each of the 3 servos as they move randomly between the min and max limits. Each servo can have a different speed set, allowing various effects to be created as the R/C servo move.

There is a 4th on board 3-pin servo connector located near the 10-pin ribbon cable connector on the Main Board. This is to allow you to connect a servo input from another board, like a sound-to-servo board, and have it's signal transmitted independently through the ribbon cable to the remote R/C servo connection interface board

Board operates from duo power supplies, a regulated 9 VDC @ 2 Amp power supply for the on board electronicsand a 5 Vdc @ 2Amp power supply for the R/C servos.

( Duo Power supply, servos not included )

This unique board will allow the control of 8 Solid State relays in four modes of operation. Each relay has a test button and indicator. There are 2 potentiometers that will control the on times and off times (as appropriate) of the relays. Two Mode Indicators will indicate which of the 4 modes is selected. For each of the relays, there is a terminal block for the contacts. Also, all relay contacts are brought to a 16-pin ribbon cable connector for remote output use.

Mode 1: - Manual / Random Relay Activation when triggered
Mode 2: - Manual / Sequential 1-8 Relay Activation when triggered
Mode 3: - Automatic / Random Relay Activation when powered on
Mode 4: - Automatic / Sequential 1-8 Relay Activation when powered on
Board requires 9-12 Vdc @ 1 Amp power supply
(Power supply not included)

This unique BPE exclusive small custom controller board was designed to operate a standard R/C servo in several user modes. Mode one is running the servo to a programmed minimum and maximum limit by the push of button 1 or 2. The user can activate button 3 to play back a previously recorded user sequence of servo movement (up to 15 minutes recorded time).

Three Buttons on the control board or remote buttons determine what the servo will do ­ (1) move to the minimum position, (2) move to the maximum position or to (3) continuously loop the user recorded sequence. On board potentiometer / program button and EEPROM allow user to record and store servo routine needed (15 minutes )

The servo is connected to the board either by the 3-pin servo connector or by the servo terminal block. The board requires a power source 7.5V dc to 9V dc at 800 mA or greater. Power can be hooked to the board either by a 2.1mm power connector or by the alternate power terminal wire block.

Example Application 1: " Puppet Head"
Servo Position 1 ( Switch-1 ) Puppet Head Center
Servo Position 2 ( Switch-2 ) Puppet Head Left or Right Position
Servo Position 3 ( Switch-3 ) Puppet Head Programmed Movements

Example Application 2: " Moving Wings "
Servo Position 1 ( Switch-1 ) Fairy Wings Closed
Servo Position 2 ( Switch-2 ) Wings Fully Open
Servo Position 3 ( Switch-3 ) Wings moving back and forth in motion routine programmed by user.

Example Application 3: " Monster Jaw Mandible "
Servo Position 1 ( Switch-1 ) Mandible Closed
Servo Position 2 ( Switch-2 ) Mandible Fully Open
Servo Position 3 ( Switch-3 ) Mandible moving back and forth in an attack or eating effect.

Board can operate by battery power or standard wall power supply adapter

(7-12 Volt dc power supply, battery, switches, Servo and wing mechanical mechanism not included )

Board Size:
4-1/2" L x 4-3/4" W x 1" H

Relay Rated: 12 Vdc at 1 Amp

Application and Connection
Setup Overview

This board was designed to allow the independent programming and playback of 4 RC servos and 2 SS relays. Two program routines can be stored and played back at the pressing of a remote switch. Additionally, there are 2 SS relays that are manually controlled.

Controller board can be started / stopped along recorded routines
Optional Emergency bail out routine can be recorded for quick stage exits, or events not pre planned.

All programs are stored on non-volatile on-board EEPROM. The board requires 2 separate power sources ­ one to power the electronics on the board (7.5 ­ 24V, 100 mA) and one to power the servos (voltage and current dependent upon the servos used). Minimum and maximum servo limits can be programmed in and stored on the board as well. The min and max limits programmed in for each servo applies for both routines. Jumpers on the board are used to set programming mode, playback, routine and select servo.

Board can be combined with optional RF remote for wireless control of playback routines by ventriqulist / puppeteer.

( Power supplies, switches RF Module, servos not included )

The AutoTalk -E2 board is similar in function with all the exact features of the original AutoTalk board developed several years ago for professional animatronic clients, in that it moves an R/C type servo in response to either an audio input signal from any standard CD player, tape recorder, sound source, but now has jumper setting for greater sensitivity in using the board from a sound source with low signal input, such as found on a digital sound chips or direct connected mic amplifier and dynamic microphone setup. The board has an on-board voltage regulator for using a variety of voltage sources including the use of a battery for remote applications, a quick connector for connecting power, LED power status indicator and enhanced output to operate a standard R/C servo with greater response. The controller includes the function to set both the servo end travel points, an important feature when working with various mouth jaw sizes, the servo arm direction of travel can also be quickly changed by an on-board jumper and the sensitivity of the audio input signal through the improved on-board gain control have also been enhanced for greater response.

( 9 Vdc Power supply, servos, sound source not include )

Note: When using a Dynamic Microphone that is not amplified, an optional Dynamic Microphone Amplifier is needed between the mic output and AutoTalk audio input.

Manual operated servo driver board will move a R/C servo in response to hand held remote slide / rotary position potentiometer input or direct switch activation.

Specifications:
1 - channel manual servo control.
Servo output: Standard 1msec to 2msec PWM pulses.
Servo Travel positions: A-B, Travel limits can be easily set.
(A-Left, Center, B-Right) or (B-Left, Center, A-Right)
R/C Servo- quick pin header connection.
Wire terminal block for remote potentiometer, switch or remote relay control.
Standard Servo Travel 0 - 180 Degrees.
Quick Power connection - 2.1 x 5mm Power Jack
Operates from 7-9 Vdc @ 1 Amp power supply
Note: Controller board requires potentiometer or switch for operation. (Controller can be connected to remote relays, joystick, wireless RF systems also)

( Board uses a 5 - 10K ohm potentiometer)
( Power Supply, not included.)
( Remote potentiometer, switch not included )
( R/C servo not included )

The Joystick Servo Controller is a dual channel servo controller capable of direct manual servo, relay control and with recording option of up to 13 minutes of servo and relay action, interfaced to a standard game joystick.

The board features loop playing with variable delay, synchronized playback, can be linked with several other boards for multiple servo applications, has servo movement limit setting and a single relay channel output.

Joystick forward and backwards controls servo one motions.
Joystick left and right controls servo two motions.
Thumb button = playback / recording
Trigger button = relay ON/Off control.

Pressing down and holding the Thumb button will activate the record option where joystick / servo motion is recorded to an on-board EEPROM for playback up to 13 minutes.
Playback motion can be later activate by pressing the finger button, anytime, even between manually servo control.
Board power is provided by plug-in wall unit, or optional mobile power supply and will operate both joysticks and servos.
Programmable Servo, Relay Recording time - 13 Minutes.

NOTE: Analog Joystick with DB-15 connector required. Will not work with new USB type joysticks.
( 9 Volt dc Power supply, Servos and Joystick not included )

Joystick Adapter Kits- Build Your Own Joystick Interface
( Joystick, power supply, servos, not included )

Joystick Controller Document

Joystick Controller Applications

Product Video



Puppeteer 3 Micro Joystick Interface Module

This unique 4 channel servo and 1 channel solid state relay board was designed to allow the use of a remote joysticks in manual or in user program mode to control 4 servo motors and 1- solid state relay.

The joysticks are located on a small remote board connected to the main board via an 6 foot ribbon cable. The minimum and maximum limits of movement travel for each servo can be programmed and are stored in non-volatile memory.

There is also a Solid State relay that is activated by a toggle switch (also on the remote board). The board has separate power entries for board power and servo power with the ability of using a remote switch to turn either on or off. Both remote boards have LED indicators that show the presence of board power and servo power.

The user has the ability to record and playback up to 10.5 minutes of servo and relay activity. User can switch between manual and recorded playback with on board pushbutton switches. When user is in playback mode, and needs to manual control servos, a simple press of the red stop button , halts the playback routine and instantly allow control of the servos / relay by manual method. Programming servo / relay motion is set by on board selection switch and the activation of the red record/ stop button switch during real time programming.

Board Requires 9 Volt dc @ 1 Amp power supply.
Board Requires 5 Volt dc @ 5 Amp power supply.

( Servo motors , Power supply - Not included )

1-Channel 40 LED light module
Will Turn ON / OFF 40 LEDs when connected to RF Receiver and RF Transmitter system. Board can be stacked in cube format for a smaller footprint, box enclosure, or mounted.
Ribbon quick connectors, Power switch and pass through DIP switches on-board. RF Pass thought so other add-on boards or LED Light boards can be connected together. Pass through connection allows for all 8 channels.

System requires 12 VDC @ 5 Amp power supply.

LED's are high brightness water clear type.

LED's available in White, Red, Green and Blue.

( Power Supply, RF Transmitter / RF Receiver, not included )

Setup Overview

1-Channel 40 White LED light.
Will Turn ON / OFF 40 LEDs when connected to RF Receiver and RF Transmitter system.
RF Pass through so other add-on boards or LED Light boards can be connected together. Pass through connection allows for all 8 channels.

System requires 12 VDC @ 5 Amp power supply

LED's are high brightness water clear type, 5000 MCD output / 30 Degree
Board can be split and stacked for a smaller footprint, or box enclosure.
Ribbon quick connectors, Power switch and pass through DIP switches on-board.

( Power Supply, RF Transmitter / RF Receiver, not included )

When connected to a RF receiver board, this basic controller will allow a DC Motor to rotate CW or CCW in direction, when a hand-held transmitter is activated. Two channels on transmitter are used to control motor rotation.
On-board LED's indicate board status
Quick attach ribbon cable makes set up very easy between RF receiver board and motor drive. Motor attaches to wire terminal block and motor power to on-board power jack.
RF Pass through connectors and DIP switch addressing so other add-on boards can be connected together. Pass through connection allows for all 8 channels.
Connector / Power Jack for power pass through voltage 1-60 VDC
Motor Relay rated at 10 Amps

( Power Supply, DC Motor, RF Transmitter / RF Receiver, not included )

8-Ch Solid State Relay connects quickly by ribbon cable to RF Receiver.
Operating Hand-held transmitter will trigger Switch Relays ON/ OFF.
LED Status Lights

Switching Relay rated at 2 Amps


( RF Transmitter / RF Receiver, not included )

FCC Part 15 Compliant RF System
8 Ch Remote Control - Receiver and Transmitter
Manufactured in the USA

Hand Held Transmitter:
Type: RF radio(418MHz)
Transmitting Distance: (1000' Long Range)
8 - Channel Soft Button (Long Range Hand held Transmitter)

Receiver Module:
Type: RF Radio (418MHz) 1-8 Channels (FCC Part 15 Compliant Components).
Operating Voltage: 9-12 VDC @ 1 Amp (Wall Power Supply Adapter, 1Amp Battery Supply).
Antenna: Adjustable Angle, Receiver Antenna 418 MHz (2" long).
Control Output Mode: Momentary-8CH / Toggle-8CH, on-board DIP Switch user selection set.
LED Channel Status: Ch1-8 LED's On/Off, MODE Indicator- Receiver Activity, Learn mode.
Switched Output Application: TTL-VDC switched output voltage at 200 mAmp per channel. Channels 1-8 -TTLVDC, On-board Connector for +TTL circuit return.
BOARD: wire terminal connections, LEDs on receiver board for CH1-8, Ribbon connector for Ch 1-8 out.
2.5 x 5mm Power jack for power connection. ON-OFF Power Switch, LED Status Lights. 5VDC Regulator for stable operation and various board power supply options. Commercial Grade 3 Layer PCB, size. (4-1/2" L x 3-5/6" W x 1/2" H electronics, 2" long antenna, 3 mounting holes)
Optional Add-On / AUX Support Boards: Quick connection to optional add-on application boards
Switched On-Board Outputs: On-board wire terminal block for direct application connection to board channels 1-8 outputs. (no optional add-on board required)
LEARN Mode: On-Board button switch, auto code-binding to Transmitter, Status LED.
System Requirements: Power Supply, RF Transmitter, Application Device / Load
Optional AUX Boards: Relays, Audio Playback, DC Motor Control, Servo Control, Lighting FX, more.
SET-UP: Quick connections, on board setting for easy use and user setup operations.

( Power supply for Receiver not included )

* NOTE: Receiver outputs TTL +/- 1-4VDC at 200 mA on Ch 1-8 when activated.

Instructions Document
Optional Application Board Listing

Hand Held Transmitter:
Type: RF radio(315MHz)
Transmitting Distance: 200m
Supply Power: 27A12V Battery
Encode: Fixed code, Soldering.
4 - Channel Soft Button
Expanding Antenna (1-3/8" long)

Receiver Module:
Type: RF radio (315MHz)
Operating voltage: DC12V
Decode: Fixed code, Soldering
Control Type: Momentary
Relay: 3A 24VDC / 3A 120VAC

( 12VDC Power supply for Receiver not included )

Hand Held Transmitter:
Type: RF radio(315MHz)
Transmitting Distance: 500m
Encode: Fixed code
6 - Channel Soft Button
Expanding Antenna (5-3/8" long)

Receiver Module:
Type: RF radio (315MHz)
Operating voltage: 12V
Decode: Fixed code, Soldering
Control Type: Momentary
Relay: 3A 24VDC / 3A 120VAC

( 12Vdc Power supply for Receiver not included )

Hand Held Transmitter:
Type: RF radio(315MHz)
Transmitting Distance: 500m
Encode: Fixed code
8 - Channel Soft Button
Expanding Antenna (5-3/8" long)

Receiver Module:
Type: RF radio (315MHz)
Operating voltage: DC12V
Decode: Fixed code, Soldering
Control Type: Momentary
Relay: 20A 14VDC / 10A 120VAC

( 9 vdc Power supply for Receiver not included )

Hand Held Transmitter:
Type: RF radio(315MHz)
Transmitting Distance: 500m
Supply Power: A23 DC12V Battery
Encode: Fixed code
12 - Channel Soft Button
Expanding Antenna (6-1/2" long)
Momentary: Press-On, Release-Off

Receiver Module:
Type: RF radio
Frequency: 315MHz
Operating voltage: DC12V
Decode: Fixed code
Control Type: Momentary or Toggle slectable by jumper
Relay: 12A 12VDC / 7A 120VAC

( 12Vdc Power Supply for Receiver not included )