rc-supply

+# reduction-gear-motor-dat

+

+

+- [[N20-motor-dat]] - [[MG513-dat]]

+

+- [[torque-dat]]

+

+- [[encoder-dat]]

+

+

+## Apps and Specs Selection

+

+

+

+## Definitions

+

+- [[motor-dat]]

+

+- [[DC-Gear-Motor]] - [[motor]]

+

+# MG513-dat

+

+

+## MG513 Motor Overview

+

+The **MG513** is a **DC 12V reduction gear motor** equipped with an **encoder**, commonly used in applications requiring precise speed and position control, such as self-balancing robots and inverted pendulum systems.

+

+---

+

+### **Key Features**

+- **Voltage:** Operates at **12V DC**.

+- **Gear Reduction:** Features an internal gear reduction mechanism, providing lower output speeds and higher torque.

+- **Encoder Integration:** Equipped with an encoder for accurate speed and position feedback, essential for closed-loop control systems.

+- **Applications:** Ideal for DIY projects like **self-balancing cars** and **inverted pendulum robots**.

+

+---

+

+### **Typical Applications**

+- **Robotics:** Used in **tracked robots** and **autonomous vehicles**.

+- **Self-Balancing Systems:** Suitable for projects like **inverted pendulum robots**.

+- **Automation:** Can be used in precision motorized platforms.

+

+---

+

+### **Conclusion**

+The **MG513 motor** is a great choice for robotics and automation projects that require **high torque, speed control, and accurate position feedback**.

+

+For detailed specifications like **RPM, torque, and current draw**, refer to the **manufacturer’s datasheet** or contact the supplier.

+

+

+## specs

+

+Internal parameters of the motor

+- Inductance: 4.45mH

+- Back electromotive force coefficient (Ke): 0.00103V/rpm

+- Armature resistance: 2.3Q ± 0.5

+- Electromagnetic torque coefficient (KT): 0.00984Nm/A

+

+Note: Ke and Kt are the parameters of the motor itself (without reduction gearbox). When using, they need to be multiplied by the corresponding reduction ratio of the motor.

+

+

+

+## products images

+

+

+

+## dimension

+

+

+

+## ref

+

+- [[reduction-gear-motord-dat]]

+

+# N20-dat

+

+- [[SCU1010-dat]]

+

+

+

+## Board images

+

+

+

+## Specs

+

+

+

+

+

+

+Dimension

+

+

+

+RPM

+

+

+brushed

+

+- [[DC-gear-motor-dat]] - [[reduction-gear-motor-dat]]

+- [[coreless-motor-dat]]

+

+brushless

+

+- [[BLDC-motor-dat]]

+- [[vibrator-dat]]

+- [[sensor-dat]]

+

+- [[acturator-dat]] - [[motor-dat]]

+

+# 3d-print-dat.md

+

+## common 3d printer websites

+

+

+- [Printables.com](https://www.printables.com)

+- [Thingiverse](https://www.thingiverse.com)

+- [MakerWorld](https://makerworld.com)

+- [Cults 3D](https://cults3d.com)

+

+- https://thangs.com/?sort=trending

+

+

+## good projects by 3D print

+

+- [[rover-dat]]

+

+# RC-supplier-dat.md

+

+

+# WFLY-dat.md

+

+- [[WFT06x-dat]] - [[WFR06S-dat]]

+

+

+

+## ref

+

+- [[PPM-dat]]

+

+# WFR06S-dat.md

+

+

+

+

+

+## New type of WFLY receiver

+

+

+- A. 跳频速度高，采用扩跳频系统（FHSS&DSSS）：不但采用了DSSS技术而且在DSSS技术基础上可以进行大约每4毫秒(ms)一次的跳频。

+- B. 接收机输出给舵机的PWM信号稳定度高足以匹配精密数码舱机：可用示波器观察到纳秒级(nS)的细节，而其他一些牌子的接收机输出的PWM信号用示波器在us级别观察就不稳定了

+- C. 44096数据不仅分辨率提升，反应速度也大幅提升（配合9S或8S控）

+- D. 接收机开机的时候自动识别PPM，PCMS,4096PCMS三种传输模式日采用可跳频的DSSS，可靠性高。数十台设备同时工作而互无影响。

+# WFLY-dat

+

+- [[PPM-dat]]

+

+

+

+

+

+- the manual == [[WFLY-WFT06X_Mannual.pdf]]

+- [fccd.io manual link](https://fccid.io/TZVWFT06XWFT08S/User-Manual/User-Manual-1-1119279.pdf)

+

+## Info

+

+- WFT06X-A: 6 channels airplane,mixfunction,D/R,HDE helicopter.

+- WFT06X-B: 4 channesl airplane, mix function,D/R, HDE helicopter.

+- WFT06X-C: 6 channels CCPMhelicopter,airplane.

+

+

+## Models

+

+

+

+- [[airplane-dat]]

+

+

+## toggle switches

+

+

+

+

+| Switch | State | | Up | Down |

+| :---------- | :--------- | --------------------------- | :--------------------------------- | :--------------------------------- |

+| A | Helicopter | Ch3 to Ch4 mixture. (note1) | Enables | Disables |

+| B | N/A | | Selects Helicopter state. | Selects Airplane state. |

+| C (1,2,4,6) | Airplane | | Dual Rate set to ±125%. | Dual Rate set to ±100%. |

+| D | Airplane | | Enables mixture functions (E, F). | Disables mixture functions (E, F). |

+| E | Airplane | | Enables Ch2 & Ch4 mixture (note3) | Enables Ch1 & Ch6 mixture (note3) |

+| F | Airplane | | Enables Ch1 & Ch2 mixture (note2). | N/A |

+| G (Ch1) | N/A | | Reverse Mode. | Normal Mode. |

+| H (Ch2) | N/A | | Reverse Mode. | Normal Mode. |

+| I (Ch3) | N/A | | Reverse Mode. | Normal Mode. |

+| J (Ch4) | N/A | | Reverse Mode. | Normal Mode. |

+| K (Ch6) | N/A | | Reverse Mode. | Normal Mode. |

+

+note1 == Ch3 to Ch6 mix always active

+

+note2 == (Elevon/Delta Wing) (Requires D Up, overrides D)

+

+note3 == (V-Tail) (Requires D Up).

+

+Switch Function Instruction

+

+- (A）At helicopterstate,pulling A down to put offmixturefunction of channel3to channel4,when pulling it up it willcomebackthefunction.Butthemixturefunctiontochannel 6isstable,whichisirrelevant with this switch.

+- (B) Pulling B down is airplane state and pulling it up is helicopter state.

+- (C) At airplane state, pulling 1, 2, 4, 6 down the dual rate is ±100%; when pulling them up, the dual rate will be ±125%.

+- (D) At airplane state, pulling D down make switches have no mixture function, but pulling it up will cause them have thefunction.

+- (E) At airplane state, when D is pulled up, pulling E down cause channel 1 & 6 mixture function (Flaperon); pulling E up will cause channel 2 & 4 mixture function(V-TAIL）.

+- (F) At airplane state,when D is pulled up,pulling F up it works as the mixture function of channel 1&2(TrianglewingELEVON),and Dfunctiondoesn'tworkat that moment.

+- (G) Channel 1 is reverse switch for aileron.Pulling G down is to make it in normal mode,and pulling it up is to make it act in reverse.

+- (H) Channel 2 is reverse switch for elevator. Pulling H down is to make it in normal mode, and pulling it up is to make it act in reverse.

+- (I) Channel 3 is reverse switch for power. Pulling I down is to make it in normal mode, and pulling it up is to make it act in reverse.

+- (J) Channel 4 is reverse switch for rudder. Pulling J down is to make it in normal mode, and pulling it up is to makeitactinreverse.

+- (K) Channel 6 is reverse switch for screw-pitch/ flaperon.Pulling K down is to make it in normal mode, and pulling it up is to make it act in reverse.

+

+

+

+## Binding Instructions:

+

+1. **Receiver:** Press and hold the "SET" button until the orange "STATUS" light flashes slowly. The receiver is now waiting for the transmitter's binding command.

+2. **Transmitter:** Press and hold the "SET" button while powering on the transmitter. Press the SET button once more to enter the binding function (the orange "STATUS" light will be solid). Then, press and hold the SET button until the orange light flashes slowly, entering the binding state.

+3. **Binding Successful:** The transmitter's green light will turn solid, and the receiver's indicator light will turn off.

+

+## Failsafe Setup:

+

+1. Power on the receiver.

+2. Press and hold the "SET" button while powering on the transmitter. Then, press and hold the SET button for about 2 seconds to enter the failsafe setup state (the green light will flash).

+3. The receiver's green light will flash quickly. The data currently being output by the transmitter will be set as the failsafe output data for the receiver.

+4. **Failsafe Active State:** The receiver's red light will be solid.

+

+## Technical Parameters:

+

+* **Application:** Fixed-wing aircraft, HDE helicopters, fixed-pitch helicopters, cars, boats

+* **Frequency Band:** 2.400 - 2.483 GHz

+* **Transmit Power:** ≤ 100mW

+* **Operating Current:** ≤ 160mA

+* **Encoding:** PPM

+* **RF Module:** Built-in

+* **Power Supply:** 9.6 - 12V

+* **Dual Rate/Expo Range:** 100% ~ 125%

+* **Mixing:**

+ * Flaperon (Channel 6 and Channel 1 mix)

+ * V-Tail (Channel 4 and Channel 2 mix)

+ * Delta Wing (Elevon) (Channel 1 and Channel 2 mix)

+ * HDE Helicopter (Channel 3 to Channel 4 & 6 mix)

+ * HDE Helicopter (Channel 3 to Channel 6 mix)

+* **Reverse Switches:**

+ * Channel 1: Aileron 副翼

+ * Channel 2: Elevator 升降舵

+ * Channel 3: Throttle 油门

+ * Channel 4: Rudder 方向舵

+ * Channel 6: Flap/Pitch 襟翼/螺距

+* **Low Voltage Alarm (Visual & Audible):**

+ * Battery Voltage < 8.8V: Power indicator flashes once per second with beeping.

+ * Battery Voltage < 8.3V: Power indicator flashes twice per second (0.5s interval) with beeping.

+* **Charging Jack:** Yes

+* **Simulator Jack:** Yes

+

+

+## Beeping

+

+According to the document, the device will provide a sound-and-light notification when the battery voltage is low.  

+

+**When the battery voltage is below 8.8V**, the power indicator light will glitter and buzz at a rate of 1S/1S.  

+

+**When the battery voltage drops below 8.3V**, the power indicator light will glitter and buzz at a rate of 0.5S/1S.  

+

+Additionally, the WFT06X-C model transmitter will alarm if it is turned on in an Idle-up state with no output.  

+

+

+

+

+

+## demo video

+

+- [how to binding WFLY in chinese ](https://www.bilibili.com/video/BV1Mh4y1c7FS/?vd_source=74a6b8b9bfcd41c5946a742815bf71ae)

+

+## ref

+

+- [[WFLY]] - [[lightradio]] - [[radiomaster]]

+

+# betaFPV-dat

+

+- [[lightradio-dat]]

+

+# lightradio-dat

+

+## Lightradio 3 Pro

+

+- professional version

+- build-in OLED display

+

+

+

+Choice of two protocols:

+

+* **Built-in ELRS 2.4G:** Maximum output power up to 250mW, built-in omnidirectional antenna, enables long-range flight.

+* **Built-in CC2500 version:** Supports Frsky D / Frsky X / SFHSS and other protocols, maximum 100mW transmission power.

+

+

+

+## lightradio 3

+

+- does NOT support original [[ELRS-dat]] system

+

+### info

+

+

+

+

+### Flight Controller

+

+The application supports flight controller that can run LiteSilver firmeware.

+

+- Lite Brushed FC V3

+- Cetus FPV Kit

+- Cetus Pro FPV Kit

+- Cetus X FPV KIT

+- Cetus Lite FPV Kit

+- Aquila 16 FPV kit

+

+Configurator for FC board is active.Follow the steps to enter FC Setup page.

+

+1. Connect the FC board to the computer via USB data cable.

+2. Select the virtual COM port and click the *Connect" button on the top right.

+

+Note: If enter FC Setup page fail, please update the FC firmware first.

+

+Click the "Firmware Flasher" tab on the left for firmware update.

+

+### Radio Transmitter

+

+Support the radio controller come with BETAFPV LiteRadio Firmware 2.0 Version.

+

+- LiteRadio 1

+- LiteRadio 2 SEV2

+- LiteRadio 3

+- LiteRadio 4 SE

+

+The LiteRadio 2 SE Frsky or Bayang version is not supported. LiteRadio 2 and LiteRadio 3 Pro is powered by OpenTX system, please use the OpenTX Companion.

+

+Click the yellow button below to active configurator for radio controller.

+

+### Remote control parameters

+

+- Model == LiteRadio3 remote control

+- Remote control distance == 500-600 meters

+- Frequency range == 2.4G (2403MHz-2447MHz)

+- Support protocol == ELRS 2.4G/Frsky (CC2500)

+- Channel == 8

+- Support protocol == ELRS 2.4G

+- Power == 25mW/50mW/100mW

+- Adaptive drone type supports

+ - Multi-rotor/support USB firmware update

+ - BETAFPV Configurator connection

+ - Custom LiteRadio system joystick calibration

+- LED light == red light on/red warning/blue normal

+- Battery built-in == 2000mAh1S battery

+- Charging connector == Type-C

+

+## BetaFPV Configurator

+

+[github release ](https://github.com/BETAFPV/BETAFPV_Configurator/releases)

+

+[BETAFPV Configurator User Manual](https://support.betafpv.com/hc/en-us/articles/40712112687769-BETAFPV-Configurator-User-Manual)

+

+[github BETAFPV_Configurator](https://github.com/BETAFPV/BETAFPV_Configurator)

+

+

+### Connection

+

+- via serial port (USB)

+

+

+

+## ref

+

+- [[betaFPV]] - [[FPV]]

+

+# frsky-dat

+

+- [Taranis Series](https://www.frsky-rc.com/product-category/transmitters/taranis-series/)

+

+

+## ref

+

+- [[RC-supplier-dat]]

+

+# radiomaster-dat

+

+

+## binding

+

+## Pocket Radio Controller (M2)

+

+

+https://www.radiomasterrc.com/products/pocket-radio-controller-m2

+

+https://cdn.shopify.com/s/files/1/0609/8324/7079/files/Pocket_1.pdf?v=1736839330

+

+firmwares - https://www.radiomasterrc.com/pages/firmware-updates

+

+

+

+# speedybee-dat

+

+[SpeedyBee 4pcs FPV Soldering Practice Board for FPV Drone Beginners, Tools for Flight controller ESC Soldering Practice](https://www.amazon.com/SpeedyBee-Soldering-Practice-Beginners-controller/dp/B0C5X26JWQ/ref=sr_1_32?dib=eyJ2IjoiMSJ9.85xi15ftM4OWw33_siXrDRGNOKuf3CgQct4cVlBOFqI1ZAAZD4Gz_S4U_wqEKgjxWcsGOZPlWkdGdEASaTJntO1H_pFgsXO61wuEgveKAmLTLHR-cjsa5SOhaKUXU0vVHE7oijzqLoIPsx-H55gYNPr_F8aMX98OqPfwk64Ma12qrNSidLDVokmdegWL621v3U-5PDEaMNTjdACgOTHEBxAGhtxksaYVouWcSkxMCTI-jr0FkvxyQeZmO6S-UjXJcEcChxa4sPMjVyiK7070XhJlH2EnXqgnv0KScl80Jqc.AzbbGJAa2ls6bQWRCrudB-jGcm6vKV7pRItsIyBMpdA&dib_tag=se&keywords=FPV&qid=1744201259&sr=8-32)

+

+

+

+## 3D printed

+

+- [FPV-Rover V2.0 (RC Tank)](https://www.thingiverse.com/thing:2952852) - [youtube](https://www.youtube.com/watch?v=dpUSdjNppN0) - https://www.instructables.com/FPV-Rover-V20/ -

+- [[SDR1064-dat]]

+

+

+## ref

+

+- [[rc-car]]