Unique servo system provides true linear output motion from a standard (Futaba) R/C type servo. The linear servo converts the 42 in-oz torque from the Futaba servo into more than 1-lbf (foot-pound-force) of push and pull, linear control horn throw of 0.5" to 0.75" depending on end point adjustment from the signal source but will not exceed 0.75" max.

Excellent for animatronics applications where push and pull cable, rod or direct linear motion applications are needed.

This servo has a Futaba ( J-type ) connector which attaches directly to any 0.1" 3-pin header. 5Vdc power required.

Horn Speed: Approximately 1.7 inches per second.
Servo size: Approx.- 1-5/8" L x 3/4" W x 1-7/8" H

The (Servo) Motor controller allows standard DC motors to be controlled in the same manner as R/C type servo motors. The board may be configured to drive the DC motor simply as a variable speed, reversible motor or with the addition of a position feedback potentiometer, to create a powerful servo motor controller for accurate positioning purposes.

The (Servo) Motor controller will drive DC motors rated at up to 36V at 5A continuous current.(shipped as standard with a 10A fuse)
Requires motor supply and 5V DC for the electronics (must be separate supplies or well isolated from each other!)
NOTE: Motor hums slightly when connected to board
( power supply not included )
( DC motor, potentiometer, servo wires not included )

Size: 4-3/4" L x 2-1/2" W x 1-3/16" H

Connect this Microprocessor aided, solid state digital switch board to you radio control receiver and have the option of manually controlling a relay output ON or OFF with your R/C transmitter.

Solid state relay is isolated from R/C signals, and has automatic OFF feature when transmitter / receiver is powered OFF.
On board solder pads for Servo lead wire and Relay output connections. Micro LED status light.

Relay contact: Up to 20 volts, 9.0 amps VDC Max.
Powered by R/C receiver drawing only 13 ma.
Adjustable DIP switches provide four (4) threshold positions for relay with an on board LED to aid in setup and board status.
Switches off load if receiver signal is lost.

Relay contact: Up to 20 volts, 9.0 amps VDC

This small board will be found invaluable for projects and models using R/C type servos.

Switch two relays on and off with one R/C transmitter stick or any of the Wizard or Puppet Controller Boards.
Normally open and normally closed solder points provided for each relay. You can drive two independent motors, contactors or pneumatic / hydraulic solenoids. Plus a simple wiring configuration also converts this to a mechanical H-bridge which is perfect for running a single linear actuator or motor in both forward / off / reverse.

When used with an actuator, optional inputs from limit switches permit you to arrest motion in either direction. Silver cadmium oxide relay contacts. Maximum motor / coil load: 12 amps @ 30 volts DC inductive.

Fault detection safely switches off both relays if PWM signal is lost from transmitter or Wizard Controllers.

This servo-analog converter board provides a two channel capability of converting standard R/C servo PWM pulses to 0-10 Vdc and/or 0-5 Vdc outputs suitable for driving standard lighting dimmer packs or any device that requires a 0-5 and/or 0-10 Vdc variable controlled analog signal input.

Specifications:
Servo input pin headers from R/C unit.
2 - Channel Analog 0-5 and/or 0-10 Vdc DC output is available from the 4 way terminal block for wire connection.
No external power supply is required, the module takes it's supply from the incoming servo drive connections.
Servo inputs: 1 to 2msec pulses.
1-msecs servo pulse gives 0 V DC output.
2-msecs servo pulse gives 5 and/or10 V DC output.
0-5 and/or 0-10 Vdc DC Analog outputs in 80mV increments.
125 steps between 0-5 and/or 0-10 Vdc available.
Maximum drive current -10mA.
Small Board Size: 3-5/8" L x 1-1/4" W x 3/4" H

This small board will be found invaluable for projects and models using R/C type servos.

Switch two relays on and off with one R/C transmitter stick or any of the Wizard or Puppet Controller Boards.
Normally open and normally closed solder points provided for each relay. You can drive two independent motors, contactors or pneumatic / hydraulic solenoids. Plus a simple wiring configuration also converts this to a mechanical H-bridge which is perfect for running a single linear actuator or motor in both forward / off / reverse.
Board has wire terminal blocks for quick connection and configuration.
5 amps @ 30 volts DC inductive.

Newly Enhanced

Board Size:
2-1/4" L x 7/8" W

Power : 5 Volt dc @ 1 Amp.

Controller is pre-assembled and tested.

Servo Tester Manual

Servo Tester Info

This small board will be found invaluable for projects and models using R/C type servos.

Test and calibrate hobbyist "R/C - Radio Control" type servos.
- Manual and Automatic Modes
- Variable speed 90 degree sweep facility
- Stand alone servo sweep function for animations
- 0 and 90 degree calibration LED Light (1ms and 2ms pulse widths check)
- Calibration LED light every 15 degrees

In Automatic mode, Servo-Check produces a pulse stream that makes the servo traverse smoothly through 90 degree at a speed determined by the potentiometer setting (approx 0.5 to 5 secs / 90 degree ).

Advanced users can add 2 standard 10k linear potentiometers to adjust the end stops for a simple, stand-alone animatronic controller module.

In Manual mode, the servo position is fully adjustable from 0 to 90 degrees by using the thumbwheel. Manual mode generates a standard servo pulse stream. The width of the pulses varies between 1.0msecs and 2.0 msecs depending on the position of the potentiometer. Turning the potentiometer fully to either end of its travel will cause the LED to light indicating that either a 1.0 or 2.0 pulse width which should correspond with a servo angle of either 0 or 90 degrees. Additionally, as the potentiometer is turned, the LED will light at positions corresponding to15, 30, 45, 60 degrees and 75 degrees , thereby providing a field calibration setup.

Works from standard 5-6 VDC supply and includes 3-pin header for all standard servos.

Supplied built and tested, ready for immediate use.
( 5 Volt Power supply and Servo not included )

Stop servo creeping
Prevent servo creep in 360° servos
Mounts like a boosted extension

Prevent the creep that is common with 360° modified servos used as robot drives. The Servo Neutralizer expands the dead-band range of the analog servo to compensate for occurences that cause the servo to wander beyond its neutral position.

The Servo Neutralizer increases the servo's dead-band range by 12hz causing the analog servo not to react to small signal variations.

The servo's range of motion is not affected. Mount the Servo Neutralizer just like you would a boosted extension. Each neutralizer comes in 24" lengths.

NOTE: Not Intended for use on Digital Servos, or servos with FET booster installed. The total amount of rotation control is dependent on the type of radio control or servo controller.

Extra range without distorting a servo signal.
Increase your range of servo motion to 180° instead of the standard 90°. The 180° Servo Stretcher doubles the range of your servo's motion giving you a full 90° of motion to either side of neutral with most servos. Works with any brand of analog servo.

The 180° Servo Stretcher doubles the distance between stops on the servo - effectively doubling the servo's range of movement without affecting the speed of the servo. Mount the 180° Servo Stretcher just like you would a boosted extension. Each stretcher comes in 24" lengths.

NOTE: Not Intended for use on Digital Servos, or servos with FET booster installed. The total amount of rotation is dependent on the type of radio control or servo controller. Results may be slightly less than 180° or slightly more. If it is slightly less, using full trims will allow more rotation.

CAUTION
Use caution when working with the Servo Stretcher, as some servo's have actual mechanical stops built into the servo that prevent extended rotations. Trying to exceed this stop will damage the servo. This product is not to be used with servos that offer more than 90° rotation from the factory or any brand of digital servos.

This inline servo signal processor lets you slow down the travel movement of the servo, without effecting the servo performance

The controller can be set for 1.7 sec, 2.2 sec, 3.8 sec and 6.5 sec delay.
Controller has Futaba J connectors, male and female.
Supply Voltage required 3.8 - 5.5 Vdc Max @ 7ma
Control Granularity: 200 steps full scale.
On board LED status indicator

It also doubles as a signal booster.

NOTE: Not Intended for use on Digital Servos, or servos with FET booster installed. The total amount of servo control is dependent on the type of radio control or servo controller used. Results may vary with different systems.

This Dual Adjustable Servo rate slower has the ability to indepenantly slow down two servos. A small potentiometer allows the servo end and end speed to be adjusted from less than 1 second to 5 seconds. The potentiometer also allows selection of the failsafe signal. When the rate reducer receives 10 bad signals in a row, it will default to failsafe mode and slowly move the servo to the failsafe position. This is especially important for Robot Combat gear

One or both channels can be used at any time.

The small potentiometer is adjusted in the following manner: The center is the fastest servo speed. Turning the potentiometer to the left or right will slow down the servo. Turning the potentiometer to the left will enable the failsafe signal to be 1.0ms. Turning the potentiometer to the right will enable the failsafe signal to be 2.0ms.

Information:
Weight: 2.8g
Current Draw: less than 5ma
Operating Voltage: 3.5 to 5.2 volts

NOTE: Not Intended for use on Digital Servos, or servos with FET booster installed. The total amount of control is dependent on the type of radio control or servo controller.

This 24" Servo Extension Booster for Futaba J servos allows you to place your servos farther away from the signal source in animatronics and robot projects.

Mounts like a normal servo extension between controller and servo.

The Servo Reverser will actually reverse the direction of the R/C servo motor rotation.
Servos can now be mounted with symmetry in your project.

Information:
Weight: 1 gram
Size: 8mm x 44mm x 5mm (average)
Power consumption: 4 mA

Abilities:
Accuratly reverses the servo signal so the servo turns in the opposite direction.
Over 800 steps of signal input/output resolution .

NOTE: Not Intended for use on Digital Servos, or servos with FET booster installed. The total amount of control is dependent on the type of radio control or servo controller.

The Glitch Reducer will eliminate most glitches before they get to the servos or electronic controllers. It will constantly output the last known 'good' signal and will suppress any input signal outside of the signal range. It will also suppress the random input signals that are within the signal range.

Information:
Weight: 1 gram
Size: 8mm x 44mm x 5mm (average)
Power consumption: 4 mA

Abilities:
Over 800 steps of signal input/output resolution.
Output timing adjusts the signal to get exactly like the signal from the transmitter.
Filters out the signals that are beyond the transmitter limit.
Filters out rogue signals that are within the valid signal range.
Valid signals are averaged together to produce smooth output.

Connection:
Glitch reducer should be placed between the controller and the servo. When using a glitch reducer in conjunction with a servo lead extension cable, the servo should plug directly into the glitch reducer. The glitch reducer should plug into the extension cable and the extension cable should be plugged into the controller. This allows the glitch reducer to eliminate the electrical interference generated by the long extension cable wires.

NOTE: Not Intended for use on Digital Servos, or servos with FET booster installed. The total amount of control is dependent on the type of radio control or servo controller.

This adjustable servo rate slower has the ability to indepenantly slow down a single servos. A small potentiometer allows the servo speed to be adjusted from less than 1 second to 5 seconds.

Information:
Weight: 2.8g
Current Draw: less than 5ma
Operating Voltage: 3.5 to 5.2 volts

NOTE: Not Intended for use on Digital Servos, or servos with FET booster installed. The total amount of control is dependent on the type of radio control or servo controller.

Servo Jumper - Male-Male connector ends.

22 AWG Servo Lead - Hitec Connectors - 6" jumper
22 AWG Servo Lead - Universal Connectors -12" jumper

The Pan and Tilt base has been designed for use with standard pcb mounted video capture cameras and ultra-lightweight Web Cams.

Using two standard hobby servos, it will allow the user to control the position of the camera in both the pan and tilt axes over a sector of approximately 130°.

The unit comes ready to plug into any R/C system or Servo Controller board.
2- Servo motors mounted in base box.
Mounting plate for mini Camera.
Futaba R/C servo connectors on servo wire ends.
Base has flange for easy mounting to surfaces.

( Camera, Servo Controller not included )

Pan and Tilt Kit
2- Servos
2- Servo Brackets
Assembly Hardware (nuts / bolts)
( Base Box not included )

The Camera Servo Slower is designed to smoothly move a R/C servo that is used for positioning a camera. The Camera Servo Slower works perfectly with a servo controller or an R/C transmitter stick. When the stick or controller is in the center position, the servo does not move. When the stick or controller potentiometer is moved to one side or another, the servo will slowly move to that position. When the camera is pointed in the correct direction, simply move the stick or controller back to the center to hold the servo at that position.

The Camera Servo Slower also includes a failsafe mechanism that always outputs a correct servo signal. It will hold the servo at the last known position even if it looses the input signal from a glitch or control problem.

Information:Weight: 1g
Power Consumption: less than 27mA
Input Voltage: 4.5v to 5.5v

NOTE: Not Intended for use on Digital Servos, or servos with FET booster installed. The total amount of control is dependent on the type of radio control or servo controller.

Small board approx.
2" x 4" ( 107mm x 69mm)

5 - BNC video connectors,
9Vdc power supply socket

LED Status lights and
PWM servo connector

Information Document

Unique servo signal controlled electronic video switching system which provides clean and fast switching between 4 video channels to 1 channel.
System allows 4 video channels to be switched to 1 master channel, by adjusting the R/C transmitter joystick, or assigning a servo signal value from any R/C PWM signal controller.

The Video switcher board will switch one of four video input signals to a buffered video output line. The Video Switcher board is suitable for all standard CCTV type video signals.

Small board approx. 2"x 4" with BNC connectors for the video and 9Vdc supply socket and servo connector.
Video Switching is done by a solid state unit using a standard 4 to 1 mux under micro processor control. The processor also measure the incoming servo pulse and determine which input to connect to the video output.

System is excellent for operating 4 different cameras, and sending video signal from one of the 4 cameras out to a remote transmitter. Put full 360 degree vision on your robot, airplane, animatronic character, or setup a covert operation with remote control.

Servo Signal
Adjusting the input signal (ie the pulse duration) will alter the video input being fed to the video output. The led by the side of the input socket will light when that particular input is live.
Input 1 is for pulse widths between 1.0 -1.25 msecs
Input 2 is for pulse widths between 1.25 -1.5 msecs
Input 3 is for pulse widths between 1.5 -1.75 msecs
Input 4 is for pulse widths between 1.75 - 2.0 msecs.
Power needed: 9VDC at 250mA - 2.1, power socket-center positive

R/C receiver, Video Transmitter, Cameras and
9 Vdc power supply not included

............... R/C Servo Pneumatic Valve

Unique R/C servo operated - Single-Acting 3-way valve. Runs directly from R/C receiver, Wizard, or Puppet boards, no interface, linkage or servo needed. Valve activation point ON and OFF default can be set. This valve can also be used to operate larger pilot-operated valves, Props, Robot modules, or any where you need programmable air control. PC board can be split with the valve at a different location than the controller electronics.

Board Size. 3-7/8" L x 2-5/8" W x 1-3/8" H
Valve rated at 120 PSI.
12 Vdc power required

(12 Vdc power supply, R/C receiver, Wizard Puppet controllers, servo wire lead not included )

Connect this unique duo board to you R/C receiver or any Wizard control board servo output and have the option of manually controlling a relay output ON or OFF with your R/C transmitter joystick or automated control when used with a Wizard board.
Board has jumper to invert manual joystick movement positions, Transmitter joystick activation set point LED with easy on-board adjustment potentiometer. On board jumper can be used to by-pass relay and send control output as direct voltage to external devices also. (1 -24 Vdc output )
Relay contact: 24 VDC @ 8 amps VDC
Transister Switch: 24 volts @ 9.0 amps VDC

(VDC output power supply not included)

Connect this add-on board to the R/C Servo E- Switch and you have the option of controlling LED bars, and LED light array outputs as ON or OFF with your R/C transmitter or any Wizard Controller Board.

Board Size: 1-3/4" L x 1-3/4" W x 3/4" H
Power Connection 12Vdc @ 1 Amp

( R/C Servo Power Switch, LED bars, arrays and LED power VDC supply not included)

Connect this Power VDC switch board to your R/C receiver or any Wizard Board Servo output and have the option of switching ON and OFF any user selected voltage (1-30 VDC) to remote connected device directly or to a remote add-on module.

Board will switch from 1 VDC to 30 VDC directly through on-board Power Transistor, to Wire Terminal Block.
Control board electronics is powered directly from R/C receiver or servo output, with quick connector and wire terminal block for easy set-up and control. Jumpers provide threshold positions with LED to aid in quick setup and calibration of board activation.
(VDC output power supply not included)

This unique board will allow use of a RC servo control joystick to control eight channels of remote DC lights (LED or incandescent) in 2 different sequences. Each channel is capable of driving up to 200 mA of lighting. An on-board LED for each channel indicates that the channel is active. Two on-board SS relays ­ one for each sequence - will also activate depending on which sequence is selected. A Mode Selection Switch will allow the user to toggle between Momentary On or Toggle On/Off modes. For example, with the Mode switched to Mode 1 (Momentary On), when the RC joystick is tilted to the left, Sequence 1 will start and Relay 1 will activate. Sequence 1 and Relay 1 will continue to be active as long as the joystick stays in the left position. When the joystick is in the center position, neither sequence will be selected. In Mode 2 (Toggle On/Off), when the joystick is tilted to the left and then returned to the center position, Sequence 1 will start and Relay 1 will activate. The sequence will continue and the relay will stay activated as long as the joystick remains in the center position. To stop this sequence, the user must tilt the joystick to the left a second time, toggling the sequence off. The same applies for Sequence 2. There are 2 potentiometers on board, one for each sequence that allows the user to control the rate of each sequence. The board has an on-board On/Off switch. Power to the board is supplied by the 5V line of the RC Servo connection and should have sufficient current to drive the board and all of the eight light channels (~2A max).

Sequence 1 ­ Cylon Effect:
When the Joystick is tilted to the left, Relay 1 actuates and a single channel rasters back and forth. Rate 1 Potentiometers will control the rate of the rastering.

Sequence 2 ­ Strobe:
When the Joystick is tilted to the right, Relay 2 actuates and all channels strobe on and off in unison. Rate 2 Potentiometer will control the rate of the channel strobing.


( Radio Control System, R/C Receiver, Power supply, LED's not included )