Keenso F4 V3S PLUS Brushless ESC Stack for FPV Drone - 45A 4 in 1 Controller User Manual

1. Hua Neke Atuview

The Keenso F4 V3S PLUS Brushless ESC Stack is a high-performance 4-in-1 controller designed for FPV drones and RC airplanes. This integrated unit combines a flight controller and a 45A Electronic Speed Controller (ESC) into a compact design, simplifying installation and wiring.

Ko nga ahuatanga matua ko:

• High Performance 45A ESC: Integrates four 45A ESCs for efficient power management and simplified setup.
• Anti-Jamming & Fast Response: Supports various throttle modes including Oneshot, Multishot, and Dshot for rapid signal processing and interference resistance.
• Powerful BLHeli_S Firmware: Facilitates easy ESC parameter configuration, firmware updates, and compatibility with Cleanflight and Betaflight firmware.
• Nga Mahi Toi Rawa: Constructed with industrial-grade LDO and high-resistance MOS for enhanced durability, strong load capacity, and high-temperature resilience.
• Taumahi Whakarei ake: Equipped with a gyroscope and barometer for superior control and flight stability.

2. Ihirangi mokete

Manatokohia ko nga mea katoa kei raro nei kei roto i to kete:

• 1 x 4-in-1 ESC (Electronic Speed Controller)
• 1 x Kaiwhakahaere Rererangi
• 1 x Capacitance (Capacitor)
• 3 x Connecting Wires (various types)
• 2 x Accessories (unspecified, typically connectors or small parts)
• 8 x Dampi nga Pads
• 4 x Tohu

Whakaahua 2.1: Ka mutuview o nga waahanga whakauru katoa.

Whakaahua 2.2: Taipitopito view of the ESC and Flight Controller boards with accompanying parts.

Image 2.3: Components laid out for inspection.

3. Whakatakotoranga Hangarau

3.1. 4-in-1 ESC Parameters

3.2. Flight Controller Parameters

3.3. Nga Korero Hua Whanui

• Waitohu: Keenso
• Ingoa Tauira: Keensox6h89r54l1
• Rauemi: Wae hiko
• Taupānga: FPV UAV, RC Airplanes

4. Tatūnga me te Tāuta

Proper installation is crucial for the performance and safety of your FPV drone or RC airplane. Always refer to the specific wiring diagrams for your frame and components.

4.1. Nga Tirohanga i mua i te whakaurunga

• Ensure your workspace is clean and static-free.
• Tirohia kei te noho nga waahanga katoa me te kore e pakaru.
• Gather necessary tools: soldering iron, solder, flux, wire cutters, heat shrink tubing, multimeter.

4.2. Mounting the ESC Stack

1. Whakapiria te damping pads to the mounting holes on your frame.
2. Carefully place the 4-in-1 ESC board onto the damping pads, aligning the mounting holes.
3. Place the flight controller board on top of the ESC, ensuring proper orientation and alignment.
4. Secure the stack using the provided nuts or standoffs, ensuring not to overtighten.

Whakaahua 4.1: Taipitopito view of the ESC and Flight Controller boards, highlighting mounting points.

4.3. Hononga Waea

Connect the ESC stack to your drone's power distribution board (PDB) or direct battery connection, motors, receiver, and other peripherals. Always double-check polarity before powering on.

• Whakauru Hiko: Solder the main battery leads (red for positive, black for negative) to the designated pads on the 4-in-1 ESC. Ensure the capacitor is soldered across the main battery pads for voltage spike suppression.
• Hononga Motika: Solder the three motor wires from each motor to the corresponding motor pads on the ESC. The order of wires may need adjustment in software for correct motor direction.
• Flight Controller to ESC: Use the provided connecting wire harness to link the flight controller to the 4-in-1 ESC. This typically carries telemetry, current sensing, and motor control signals.
• Hononga Kaiwhiwhi: Connect your receiver (SBUS, PPM, or Spektrum) to the appropriate UART port on the flight controller. Refer to the flight controller's pinout diagram.
• Ētahi atu Peripheral: Connect FPV camera, video transmitter (VTX), GPS, or other accessories to the designated pads/ports on the flight controller, paying attention to voltage requirements (5V/9V BEC outputs are available).

Image 4.2: Connection points on the ESC and Flight Controller.

Image 4.3: Included connecting wires.

Image 4.4: Included capacitor for power filtering.

4.4. Whirihoranga Firmware

The flight controller supports Betaflight and Cleanflight firmware. The ESCs utilize BLHeli_S firmware.

1. Kaiwhakahaere Rererangi: Connect the flight controller to your computer via USB. Use the Betaflight Configurator or Cleanflight Configurator software to flash the latest firmware and configure settings such as PID tuning, motor output, receiver protocols, and OSD.
2. Nga ESC: Use the BLHeliSuite software (accessible through Betaflight/Cleanflight passthrough) to configure ESC settings, calibrate motors, reverse motor direction if needed, and update BLHeli_S firmware.

5. Nga Tohutohu Whakahaere

Once installed and configured, the Keenso F4 V3S PLUS ESC Stack is ready for operation.

5.1. Takitaki i mua i te Rererangi

• Me whakarite kia mau nga hononga katoa me te kore he tarau poto.
• Verify propeller direction and tightness.
• Tirohia te puhiko voltage me te taumata utu.
• Confirm radio control link and arming switch functionality.

5.2. Powering On and Arming

1. Connect the flight battery to the ESC stack. You should hear a series of beeps indicating successful initialization.
2. Whakanohoia te haruru ki runga i te mata taumata.
3. Arm the motors using your configured arming switch on your radio transmitter. The motors will typically spin slowly or make a distinct sound to indicate they are armed.

5.3. Throttle Modes

The ESC supports various throttle protocols for precise motor control:

• DShot300/600: Digital protocol offering high resolution and noise immunity. Recommended for optimal performance.
• MahaMihi: Analog protocol, faster than Oneshot.
• Oneshot125: Analog protocol, faster than standard PWM.
• PWM: Standard analog protocol, generally not recommended for FPV drones due to latency.

Select the desired throttle mode in your flight controller software (e.g., Betaflight Configurator).

6. Tiaki

Regular maintenance helps ensure the longevity and reliability of your ESC stack.

• Tirotiro Ataata: Periodically check for any signs of physical damage, loose connections, or burnt components.
• Te horoi: Keep the boards free from dust, dirt, and debris. Use compressed air or a soft brush. Avoid using liquids directly on the electronics.
• Whakahōu Firmware: Regularly check for and apply the latest firmware updates for both the flight controller (Betaflight/Cleanflight) and ESCs (BLHeli_S) to benefit from performance improvements and bug fixes.
• Whakahaere Wea: Ensure adequate airflow around the ESC stack, especially during intense flight, to prevent overheating.

7. Te Raru

Ko tenei waahanga e aro ana ki nga take noa ka pa ki a koe.

7.1. No Power / No Initialization Beeps

• Takina Pūhiko: Me whakarite kua utaina te pākahiko me te hono tika.
• Takina Polarity: Verify that the battery leads are connected with correct polarity to the ESC. Reverse polarity can cause severe damage.
• Inspect Soldering: Look for cold solder joints or bridges on the main power pads.

7.2. Motors Not Spinning / Incorrect Direction

• Te patu: Ensure the flight controller is armed.
• Hononga Motika: Verify all motor wires are securely soldered to the ESC.
• BLHeli_S Configuration: Use BLHeliSuite to check motor direction and calibrate ESCs. Motor direction can be reversed in the software.
• Throttle Protocol: Confirm the correct DShot/Multishot/Oneshot protocol is selected in Betaflight/Cleanflight.

7.3. Unstable Flight / Jittery Motors

• PID Tuning: Adjust PID settings in Betaflight/Cleanflight.
• Damping Pads: Ensure the ESC stack is properly mounted on damping pads to reduce vibrations.
• Kaitautoko: Check for damaged or unbalanced propellers.
• Pūkoro: Verify the capacitor is correctly installed across the main power leads to filter electrical noise.

7.4. USB Connection Issues

• USB Taura: Try a different USB cable, ensuring it is a data-capable cable.
• Kaitaraiwa: Install necessary drivers (e.g., STM32 Virtual COM Port Driver, Zadig for DFU mode) for your flight controller.
• Whirihora: Ensure you are using the correct version of Betaflight/Cleanflight Configurator.

8. Pūtāhui me te Tautoko

For warranty information and technical support, please refer to the official Keenso webpae, whakapā atu ranei ki to kaihoko. Puritia to tohu hoko mo etahi kereme whakamana.

This product has no known safety hazards to users when installed and operated correctly.