Tomcat G100cc Motor for Gas Airplane

Untitled Document

High Quality 2" Aluminum servo arm from Spot-On RC

Spot On Servo Arms are made of high quality 7075-T6 aluminum, one of the highest strength alloys available for this purpose.  They feature an ultra secure double lock design, keeping your servo arm secure and eliminating any slop between the main servo gear and the arm.  Spot On Servo Arms are also sand blasted and anodized for a beautiful appearance.

Spot on offers their servo arms in many sizes, threads and gear output compatibility.  Spot On arms are offered in:
M3, or #4-40 holes, so you can use ball links that are metric or standard Futaba, Hitec or JR compatible gear mesh. Sizes ranging from 1” to 2” for single arms and 2.5” to 4.5” for rudder arms.

Available colors are Black or Silver

Spot On RC Servo Arms are measured from the center hole of the servo to the outermost hole (for example, a 1” arm is exactly 1” from hole center to hole center).  However the larger sizes offer the option of one or two more additional inner holes so you can use them for future projects or fine tune your ratios.

Redwing RC only offers the V2, upgraded version, with stronger aluminum and finer design.  No matter which Spot On RC Servo Arms you choose you will be sure to experience problem free set up and operation with these high quality servo arms.
 

Description:

If you want a switch that offers complete dual battery balancing and redundancy with an ultra-small footprint for your scale model then look no further. The new Booma RC intelligent redundant battery balancing switch is the answer.

This switch works with any single or dual battery system. Works with battery chemistry and voltage range from 2.5v to 28v. It comes with a Pin Flag and Ultra Bright Blue LED which can be mounted discretely on your scale model. The Pin Flag controls the internally mounted switch and battery redundancy circuit. The result - beautiful scale appearance with dual battery redundancy peace of mind.

This new balancing technology offers zero voltage drop battery balancing and redundancy which means it can handle huge loads without generating heat. This also means your receiver and servos get all the power unlike conventional battery balancing which loses precious power as heat.

Package Includes:

• 1 x Pin Flag Switch with mounting hardware.

• 1 x Ultra Bright Blue LED with mounting hardware.

• 1 x Dual Battery Balancing power switch circuit.

• 2 x sets of Input and Output JR connectors.

Specs:

• Ultra low foot print for the best scale looks.

• Works with single or dual battery configuration.

• Works with all battery chemistries. LiFe. LiPo, Lion, NiMh, NiCD. Battery voltage range can be from 2.5volts to 28 volts.

• Capable of handling input voltages up to 28volts.

•  Minimal external footprint - All you see on the outside of your model is a 3mm Pin Flag socket and (if required) an ultra-high bright Blue LED. The Pin Flag controls the internal power switch and dual battery redundancy.

• Full Dual Battery Redundancy - If one battery fails the other battery takes full control.

•  Maximum Battery Power Balancing - In a dual battery system HS1 draws current proportionally from both batteries while moving both batteries to a complete load balance situation. This means you get the maximum capacity out of both batteries all the time.

• 2 x 25 amp independent circuits. HS1 is 2 x 25amp circuits into a high power matching battery redundancy circuit. HS1 actually uses 4 x 50 amp rated FET circuits for battery power matching. We passively rate HS1 at 25amps per circuit.

Lemon RX DSMP (DSMX/DSM2 COMPATIBLE) MICROBRICK WITH 2 ON-BOARD SERVOS and JST 2.54MM CONNECTOR PACKAGE

Description:

Lemon Rx DSMX Compatible 6-Channel Receiver + Lemon DSMX Compatible Satellite

Highlight
- FailSafe for all channels via press of a button
- DSMX Satellite port

Understanding the receiver

Setup Instruction

Binding

1. Plug bind plug to the receiver.
2. Provide power to the unit. LED flashes quickly.
3. Enable bind mode in transmitter and ensure distance separation of 2 meters from receiver. Solid LED light means binding is completed.
4. Remove bind plug.

Setting Failsafe

1. Start by binding the receiver to the transmitter in the normal way and proceed as follows to set failsafe
2. Ensure that transmitter and receiver are turned on.
3. Insert bind plug into the receiver (Note: to set failsafe, bind plug is applied only when the receiver is turned on).
4. Set transmitter controls to the desired failsafe positions.
5. Press the side pushbutton to memorize failsafe settings.
6. Observe that the green light at the end of the receiver turns on to indicate failsafe is set. (Repeat step 4 will cause the LED to turn off which means failsafe is disabled).
7. Remove bind plug.
8. Disconnect the power for at least 2 seconds and then reconnect the power again. Test failsafe by turning off the transmitter.