SpeedyBee BLS 60A F405 V4 Stack Flight Controller User Manual

SpeedyBee BLS 60A F405 V4 Stack Flight Controller

Specifications

• Product Name: SpeedyBee F405 V4 BLS 60A 30×30 Stack
• Flight Controller: SpeedyBee F405 V4 Flight Controller
• ESC: SpeedyBee BLS 60A 4-in-1 ESC
• Bluetooth: Wireless
• FC Firmware Flashing: Supported
• Wireless Blackbox Download & Analysis: Not Supported
• Power Input: 3-6S LiPo
• Mounting Dimension: 30.5 x 30.5mm, 4mm hole size
• Weight: 34g

Product Usage Instructions

Part 1 – Overview
Package Contents
The package includes the following components:

• * SpeedyBee F405 V4 Flight Controller x 1

  • SpeedyBee BLS 60A 4-in-1 ESC x 1

FC & ESC Connection
To connect the FC and ESC, follow these steps:

1. Use the provided 8-pin cable to connect the FC and ESC.
2. Alternatively, solder 8 wires directly to the pads on each end.

Part 2 – SpeedyBee F405 V4 Flight Controller
Layout
FC’s Peripheral Connection
App & FC Configuration
FC Firmware Update
Part 3 – SpeedyBee BLS 60A 4-in-1 ESC
Layout
Connection with Motors & Power Cable
ESC Configuration
ESC Firmware Update

Frequently Asked Questions (FAQ)

1. Q: Is Bluetooth Blackbox Download & Analysis **supported?
   ** A: No, Bluetooth Blackbox Download & Analysis is not supported by the SpeedyBee F405 V4 BLS 60A 30×30 Stack.

2. Q: What is the mounting dimension of the product?
   A: The mounting dimension is 30.5 x 30.5mm with a 4mm hole size.

Part 1 – OverView

Specs Overview

Dimensions

Important Stack Installation Note
When installing your stack, adhere to the standard mounting method. The orientation of the gyro and motor sequence can be adjusted through settings If you opt for an inverted manner, be extra careful about the space between the frame, the FC, and the ESC.
It’s crucial to swap the silicone grommets when changing the positions of the FC and the ESC, as illustrated below. This step is vital to prevent any contact between the FC’s USB interface and the ESC, which could lead to a short circuit. Please be aware that any damage resulting from improper installation of this nature is not covered under the warranty.

Package

SpeedyBee F405 V4 60A 30×30 Stack

1. SpeedyBee F405 V4 Flight Controller x 1
2. SpeedyBee BLS 60A 4-in-1 ESC x 1
3. 35V 1000uF Low ESR Capacitor x 1
4. M3 Nylon Nut x 5
5. M3 silicone O Ring x 5
6. M3*8mm Silicone Grommets(for FC) x 1
7. M3*8.1mm Silicone Grommets(for ESC) x 1
8. SH 1.0mm 25mm-length 8pin Cable(for FC-ESC connection) x 1
9. SH 1.0mm 75mm-length 8pin Cable* x 1
10. M3*30mm Iner-hexagon Screws x 5
11. DJI 6pin Cable(80mm) x 1
12. XT60 Power Cable(100mm) x 1

• When the ESC tail faces the drone’s front, use this cable for the flight controller and ESC; both ends plug interchangeably.

FC & ESC Connection

Use the 8-pin cable in the package to connect the FC and the ESC. Or solder 8 wires directly to the 8 pads on each end.

Method 1 – Using 8-pin cable
Use any end of the 8-pin JST cable to connect the FC to the ESC.

Method 2 – Direct soldering
Solder 8 wires to the 8 pads on each end referring to the pad definition below.

Part 2 – F405 V4 Flight Controller

Layout

LED Indicator Definition

• RED LED – Power Indicator.Solid Red after powering up.

• GREEN LED – Bluetooth status light. Solid Green indicates Bluetooth is connected.

• BLUE LED – Flight controller status light which is controlled by the flight controller firmware.

• Orange LED – LED Control Mode Indicator. It indicates the 4 sets of LED strips connected to LED1-LED4 pads on the corners of the flight controller are controlled by Betaflight firmware(BF_LED mode) or the Bluetooth chip(SB_LED mode).

• Solid Orange ：tindicates the 4 x LEDs are in SB_LED mode. In this mode, when the FC is powered on and in standby mode, press the BOOT button to cycle the display modes
  of the LEDs.

• OFF ：indicates the 4 x LEDs are controlled by Betaflight firmware.

Long press the button for 3 seconds to switch the control modes between BF_LED mode and SB_LED mode.

BOOT Button
[A]Only if the flight controller gets bricked and can’t power up, please follow these steps to re-flash firmware for it:

1. Insert a USB A to TYPE-C cable to your PC.
2. Press and hold the BOOT button, insert the USB cable into the flight controller, then release the BOOT button.
3. Open Betaflight/INAV configurator on the PC, go to the ‘Firmware Flashing’ page, choose the target ‘SPEEDYBEEF405V4’ and flash.

[B]. When the FC is powered on and in standby mode, the BOOT button can be used to control the LED strips connected to LED1-LED4 pads on the corners. Short-press the BOOT button to cycle the LED displaying mode. Long-press the BOOT button to switch between SpeedyBee-LED mode and BF-LED mode. Under BF-LED mode, all the LED1-LED4 strips will be controlled by the Betaflight firmware.
The default mode is BF-LED mode.

FC’s Peripheral Connection

Note 1: In order to prevent the stack from being burnt out by voltage spikes on powering up, it is strongly recommended to use the Low ESR capacitor in the package.
Note 2: The FC and ESC can also connected via direct soldering. Soldering pads definition is as follows.

Cable Connection vs DJI O3 Air Unit
Use 6-pin cable comes with the O3 Air Unit

Cable Connection vs RunCam Link/Caddx Vista Air Unit
Use 6-pin cable comes with the F405 V4 stack (See the accessory No.11 in the package section)

Cable Connection vs DJI Air Unit V1
Use 6-pin cable comes with the F405 V4 stack (See the accessory No.11 in the package section)

Importance notice for SBUS receiver
When using an SBUS receiver, the SBUS signal wire of the receiver must be connected to the SBUS pad on the front side of the flight controller (this pad internally uses UART2).
If you are also using the DJI Air Unit(O3/Link/Vista/Air Unit V1), you will need to disconnect the SBUS signal wire from the Air Unit harness. Failure to do so will prevent the SBUS receiver from being properly recognized by the flight controller. You can use tweezers to pick out the SBUS wire from the 6-pin harness connector (or directly cut this wire) and insulate the exposed part of the wire carefully.

Importance notice for ELRS receiver
We recommend connecting the ELRS receiver’s TX and RX to the T2 and R2 pads on the flight controller. However, when using the DJI Air Unit simultaneously, some ELRS receivers may not be recognized properly by the flight controller. If you encounter this issue, you need to disconnect the SBUS signal wire from the Air Unit harness. You can use tweezers to pick out the SBUS wire from the 6-pin harness connector (or directly cut this wire) and insulate the exposed part of the wire carefully.

App & FC Configuration

Get the SpeedyBee App
Search ‘SpeedyBee’ on Google Play or App Store. Or download the Android .apk file on our website: https://www.speedybee.com/download.

FC Configuration

FC Firmware Update

SpeedyBee F405 V4 flight controller does not support wireless firmware flashing, so please flash firmware for it on your PC following the steps below:

1. Connect the flight controller to the PC with a USB cable
2. Open Beta fight/ INAV configurator on your PC. Take Beta flight configurator as an example, go to the ‘Firmware Flashing’ page, choose the target ‘SPEEDYBEEF405V4’ and flash.

Specifications

be enabled with Baud rate 115200 on UART4)
WIFI| Not supported
DJI Air Unit Connection Way| Two ways supported: 6-pin connector or direct soldering.
6-pin DJI Air Unit Plug| Supported. Completely compatible with DJI O3/RunCam Link/Caddx Vista/DJI Air Unit V1, no wire is needed to be changed.
Blackbox MicroSD Card Slot| *Betaflight firmware requires the type of the microSD card to be either Standard (SDSC) or High capacity (SDHC) under 32GB, so extended capacity cards (SDXC) are not supported (Many high-speed U3 cards are SDXC). Also the microSD card MUST be formatted with the FAT16 or FAT32 (recommended) format. So, you could use any SD card less than 32GB, but the Betaflight can only recognize 4GB maximum. We suggest you use this 3rd party formatting tool and choose ‘Overwrite format’ then format your card. Also check out here for the recommended SD cards or buy the tested cards from our store.
Current Sensor Input| Supported. For SpeedyBee BLS 60A ESC, please set scale = 400 and Offset = 0.
Power Input| 3S – 6S Lipo(Through G, BAT pins/pads from the 8-pin connector or 8-pads on the bottom side)
5V Output| 9 groups of 5V output, four +5V pads and 1 BZ+ pad( used for Buzzer) on front side, and 4x LED 5V pads. The total current load is 3A.
9V Output| 2 groups of 9V output, one +9V pad on front side and other included in a connector on bottom side. The total current load is 3A.
3.3V Output| Supported. Designed for 3.3V-input receivers. Up to 500mA current load.
4.5V Output| Supported. Designed for receiver and GPS module even when the FC is powered through the USB port. Up to 1A current load.
ESC Signal| M1 – M4 on bottom side and M5-M8 on front side.
UART| 6 sets(UART1, UART2, UART3, UART4(Dedicated for Bluetooth connection)), UART5 (Dedicated for ESC telemetry),UART6
ESC Telemetry| UART R5
I2C| Supported. SDA & SCL pads on front side. Used for magnetometer, sonar, etc.
Traditional Betaflight LED Pad| Supported. 5V, G and LED pads on bottom of the front side. Used for WS2812 LED controlled by Betaflight firmware.
Buzzer| BZ+ and BZ- pad used for 5V Buzzer
BOOT Button| Supported.
[A]. Press and hold BOOT button and power the FC on at the same time will force the FC to enter DFU mode, this is for firmware flashing when the FC gets bricked.
[B]. When the FC is powered on and in standby mode, the BOOT button can be used to controller the LED strips connected to LED1-LED4 connectors on the bottom side.
By default, short-press the BOOT button to cycle the LED displaying mode. Long-press the BOOT button to switch between SpeedyBee-LED mode and BF-LED mode. Under BF-LED mode, all the LED1-LED4 strips will be controlled by Betaflight firmware.
RSSI Input| Supported. Named as RS on the front side.
Smart Port / F.Port| Not supported
Supported Flight Controller Firmware| BetaFlight(Default), INAV
Firmware Target Name| SPEEDYBEEF405V4
Mounting| 30.5 x 30.5mm( 4mm hole diameter)
Dimension| 41.6(L) x 39.4(W) x 7.8(H)mm
Weight| 10.5g

Part 3 – SpeedyBee BLS 60A 4-in-1 ESC

Layout

Connection with the flight controller & Motors

Note1: In order to prevent the stack from being burnt out by voltage spikes on powering up, it is strongly recommended to use the Low ESR capacitor in the package.
Note2: The FC and ESC can also connected via direct soldering. Soldering pads definition is as follows.

ESC Configuration

You could use the SpeedyBee APP to configure this ESC wirelessly for both BLHeli_S or Bluejay firmware.

Steps:

You could also use PC configurators to configure this ESC. We recommend the ESC Configurator. Please use Google Chrome browser and visit: http://www.esc- configurator.com.

ESC Firmware Update

This 8-bit 60A ESC can run BLHeliS or Bluejay firmware. It is loaded with BLHeliS firmware by default. You could also flash it to Bluejay firmware which can support RPM filtering and Bi-directional Dhsot.

Firmware flashing steps are as follows:

• Remove all the propellers from your drone.
• Ensure that the flight controller is connected properly to the ESC, then power up the drone. This step ensures that the ESC starts up correctly.
• Connect the flight controller to the computer using a USB Type-C cable.
• Open the Chrome browser and visit the following website: https://www.esc-configurator.com/
• Follow the firmware flashing steps as shown in the screenshots below.

Important note:
On the 6th interface, the “ESC” type must be selected as “J-H-50”.

Specifications

://esc-configurator.com/)
Continuous Current| 60A 4
Burst Current| 80A(10sec)
TVS Protective diode| Yes
External Capacitor| 1000uF Low ESR Capacitor(In the package)
ESC Protocol| DSHOT300/600
Power Input| 3-6S LiPo
Power Output| VBAT
Current Sensor| Support (Scale=400 Offset=0)
ESC Telemetry| Not supported
Mounting| 30.5 x 30.5mm( 4mm hole diameter)
Dimension| 45.6(L) 44(W) *8mm(H)
Weight| 23.5g

References

• ESC Configurator - for Bluejay, BLHeli_S and AM32
• ESC Configurator - for Bluejay, BLHeli_S and AM32
• download

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