Betafpv LAVA II 1S Battery 580mAh – Set of 4 pcs
₹3,399.00
Experience a generational leap in power and performance with the LAVA II 1S Battery. This next generation leverages an advanced core material upgrade to unlock 5.5%-7.7% more capacity and a remarkable 95C discharge rate, generating a massive 27.9%-35.1% current boost for incredibly responsive and consistent power. The legacy of the Z-folding process ensures superior energy density and long-term reliability. With an expanded range of five capacities, from 280mAh to the new 680mAh, the LAVA II provides precise power for any application.

Bullet Points
- Unmatched Power & Endurance: Experience a 27.9%-35.1% current boost and longer flight times, driven by a 26.7% increase in discharge rate (95C) and 5.5%-7.7% more capacity within the same compact form factor.
- Superior Z-Folding Technology: Leveraging our proprietary Z-Folding process, the LAVA II achieves a 5% higher energy density and significantly extended cycle life, delivering greater burst power and long-term reliability over conventional wound cells.
- Iconic New Design: Instantly recognizable by its all-new, vibrant livery of green and yellow, signaling the advanced performance within.
Specifications
| LAVA II 1S 280mAh Battery | LAVA II 1S 320mAh Battery | LAVA II 1S 480mAh Battery | LAVA II 1S 580mAh Battery | LAVA II 1S 680mAh Battery | |
| Capacity | 280mAh | 320mAh | 480mAh | 580mAh | 680mAh |
| Weight (g) | 6.8 | 8.2 | 12.6 | 14.1 | 16.2 |
| Dimensions (mm) | 54*10*6 | 64*10*6 | 61*15.5*6 | 70*15*6.5 | 80*15*6.5 |
| Power | 1.06Wh | 1.22Wh | 1.82Wh | 2.20Wh | 2.58Wh |
| Compatible Whoops | Air65 II, Meteor65 Pro O4, Air65, Meteor65 Pro, Cetus | Air75 II, Meteor75 Pro O4, Air75, Meteor75 Pro, Cetus Pro, Cetus X | Air75, Meteor75 Pro | ||
| C-rate | 95C | ||||
| Max Voltage | 4.35V | ||||
| Storage Voltage | 3.85V | ||||
| Battery Type | LiHV | ||||
| Connector | BT2.0 | ||||
Dimensions
LAVA II 1S 280mAh shown below for reference:

LAVA 1S Battery vs. LAVA II 1S Battery
Through a core material upgrade, LAVA II 1S Battery unlocks a formidable 95C discharge rate—a 26.7% increase over the previous 75C—delivering a massive boost in available power. This translates into a 0.1V higher and significantly more stable discharge voltage, providing unwavering consistency for peak performance.
Discharge curve of LAVA II 1S 280mAh Battery:

Discharge curve of LAVA II 1S 320mAh Battery:

Discharge curve of LAVA II 1S 480mAh Battery:

Discharge curve of LAVA II 1S 580mAh Battery:

Discharge curve of LAVA II 1S 680mAh Battery:

The chart below compares the key specifications of the LAVA 1S and LAVA II 1S batteries:
| Dimensions (mm) | Weight (g) | Capacity | Power | C-Rate | |
| LAVA II 1S 280mAh 95C | 54*10*6 | 6.8 | 280mAh | 1.06Wh | 95C |
| LAVA 1S 260mAh 80C | 54.5*10*6 | 6.9 | 260mAh | 0.98Wh | 80C |
| LAVA II 1S 320mAh 95C | 64*10*6 | 8.2 | 320mAh | 1.22Wh | 95C |
| LAVA 1S 300mAh 75C | 64*10*6 | 8.2 | 300mAh | 1.14Wh | 75C |
| LAVA II 1S 480mAh 95C | 61*15.5*6 | 12.6 | 480mAh | 1.82Wh | 95C |
| LAVA 1S 450mAh 75C | 61*15.5*6 | 12.5 | 450mAh | 1.71Wh | 75C |
| LAVA II 1S 580mAh 95C | 70*15*6.5 | 14.1 | 580mAh | 2.20Wh | 95C |
| LAVA 1S 550mAh 75C | 67.5*15*7 | 14.3 | 550mAh | 2.09Wh | 75C |
| LAVA II 1S 680mAh 95C | 80*15*6.5 | 16.2 | 680mAh | 2.58Wh | 95C |
Z-Folding Process
The Z-Folding process delivers a superior performance advantage, leveraging its low internal resistance to enable efficient high-current discharge and a 0.2V higher voltage under load compared to wound cells, ensuring consistent and robust power. This architecture also achieves a 5% higher energy density within the same volume and a significantly extended cycle life. Furthermore, it provides unparalleled design freedom, allowing for precise customization of the battery’s size and shape to meet specific application requirements, offering broader versatility than traditional winding methods.

Warning
- Please fully charge the new battery before use.
- Only use a charger designed for lithium polymer/Li-ion battery, and never leave the battery unattended during the charging process.
- Always keep the battery away from flammable and explosive materials while charging.
- Never overcharge the battery. The maximum voltage for a LiPo battery is 4.2V per cell, and for a LiHV battery is 4.35V per cell.
- Never discharge the battery to a level below 3V per cell under load.
- Do not store fully charged batteries for more than 3 days. For long-term storage, maintain the voltage between 3.8V and 3.9V.
- Do not disassemble, crush, short circuit, or expose to flame or other sources of ignition.
- Do not use batteries that are deformed or swollen.
Recommended Parts
- Quadcopter: Air65 II, Air65, Meteor65 Pro, Meteor65 Pro O4, Cetus (LAVA II 1S 280mAh / 320mAh 95C Battery)
- Quadcopter: Air75 II, Air75, Metor75 Pro, Meteor75 Pro O4, Cetus Pro, Cetus X (LAVA II 1S 480mAh / 580mAh 95C Battery)
- Quadcopter: Air75, Metor75 Pro (LAVA II 1S 680mAh 95C Battery)
- Charger: HexaCharger, 6 Ports 1S Battery Charger & Adapter, BT2.0 Battery Charger and Voltage Tester V2
Package
LAVA II 1S 280mAh / 320mAh 95C Battery
- 5 * LAVA II 1S 280mAh / 320mAh 95C Battery (280mAh package shown below for reference)

LAVA II 1S 480mAh / 580mAh / 680mAh 95C Battery
- 4 * LAVA II 1S 480mAh / 580mAh / 680mAh 95C Battery (480mAh package shown below for reference)

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Betafpv F4 2-3S 20A AIO FC V1

Bullet Point
- Designed for HD VTX, it features a dual 9V@2A for DJI O3 and 5V@3A for external device BEC solution to prevent screen blackout on the DJI O3 due to low voltage during throttle increase.
- It includes a new DJI O3 6-pin PMU for easy installation without soldering, reducing assembly complexity. Newbie friendly.
- The power range of 2-3S provides increased thrust and improved control with a 20A ESC featuring a single NMOS for continuous current capability.
- The upgraded onboard receiver allows selective power cutoff for saving power and offers additional UART TX3 and RX3 ports for connecting the external device.
- Redesigned solder pad layout ensures larger, more secure pads for easy and reliable soldering, while the relocated USB port at the rear facilitates computer tuning.
- It features an STM32F405RGT6 chip, Integrate Serial ELRS 2.4G receiver, 16M black box, barometer, current meter, reserve 3 complete serial ports and a standard SBUS, support GPS, HD VTX, external receiver, and other equipment.

Specification
- Weight: 5.58g (without motor connectors and power cable),5.92g (with motor connectors)
- Mounting Hole Size: 26mm x 26mm
- CPU*: STM32F405RGT6 (168MHz)
- Six-Axis: ICM42688P/ICM42605 (SPI connection)
- RX: Serial ELRS 2.4G Receiver
- RX firmware version: BETAFPV AIO 2400 RX ELRS V3.3.0
- Antenna: Enameled wire
- Blackbox Memory: 16MB
- Sensor: Barometer (BMP280/DSP310), Voltage & Current
- 5V BEC*: 5V 3A@8V supply
- 9V BEC*: 9V 2A@8V supply
- USB Port: SH1.0 4-Pin
- Built-in ESC with 20A continuous and peak 25A current
- ESC input voltage: 2-3S
- FC firmfware version: Betaflight_4.4.1_BETAFPVF405
- ESC firmware: C_X_70_48_V0.19.2.hex for BB51 Bluejay hardware
- Signal support: D-shot300, D-shot600
Diagram


Comparison
We upgraded the FC from F4 1S 12A AIO FC V3 to F4 2-3S 20A AIO FC V1. The upgraded FC features an ESC with a pulse overcurrent capacity of 25A, ensuring stable operation of the flight controller even in the event of motor stalling. The addition of a 9V 2A BEC power supply ensures the stable operation of the DJI O3 HD VTX when the battery voltage is low. It also includes a DJI O3 6-pin PMU allowing for connection to HD VTX without soldering. It integrates features such as a 16MB black box, with support for GPS, external receivers, and other devices. The redesigned solder pad layout and USB connector make installation and maintenance easier and more convenient.
| F4 1S 12A AIO FC V3 | F4 2-3S 20A AIO FC V1 | |
| Weight | 4.23g | 5.58g |
| BEC | 5V@3A for External RX | 5V@3A for External RX
9V@2A for DJI O3 |
| Connector for DJI O3 | Not support | Support |
| ESC Current | 12A | 20A |
| ESC Input Voltage | 1-2S | 2-3S |
| Number of Serial Ports | 2*UART, 1*SBUS | 4*UART, 1*SBUS |
Note: If you use the F4 2-3S 20A AIO FC V1, the serial port of the SBUS receiver is UART5 while F4 1S 12A AIO Brushless FC V3 is UART6.
F4 2-3S 20A AIO FC V1 also has extended the USB port to the end for easier parameter adjustment and wiring. And a new DJI O3 6-pin PMU has been added for convenient installation and maintenance.

FAQ
Power cutoff: Removing the chip bead disconnects the power supply, and to reuse the onboard ELRS receiver, soldering the solder pads together restores power.
UART3 release: Removing two resistors on the solder pads releases UART3. The left side is TX3, and the right side is RX3. To reconnect, solder the solder pads together when reusing the onboard ELRS receiver.

Voltage Switch: The HD VTX connector defaults to 9V. The chip bead is soldered between the 9V pad and the middle pad. To use WalkSnail Avatar HD mini 1s and Lite, please ensure the power supply voltage is 5V. Remove the chip bead first from the 9V pad and solder it between the middle pad and the 5V pad. Alternatively, you can use solder instead the chip bead to switch between the 5V and 9V pads.

Motor choice: Avoid selecting motors with excessively high KV ratings, as motors above 20,000KV are prone to burn.
Betaflight Firmware and CLI
Download the firmware and CLI dump file
Reference link:
ESC Firmware
With BB51 ESC solution, F4 2-3S 20A AIO FC V1 is based on BLHeliSuite16714903 with Bluejay ESC firmware, it supports bidirectional D-shot and RPM filtering in Betaflight, offers 24KHz, 48KHz, and 96KHz fixed PWM frequency for options, and custom start-up melodies. F4 2-3S 20A AIO FC V1 default factory setting is 48KHz and it doesn’t recommend upgrading the 96KHz, or it might cause an error in the motor idle setting, not spinning when disarmed.
DO NOT flash the firmware with a shorter interval, otherwise, there will be a certain chance of stalling and burning the flight controller.
- ESC-Configurator: https://preview.esc-configurator.com/
- Download BLHeliSuite16714903
- Download the Bluejay ESC firmware. Please choose C_X_70.HEX

Serial ELRS 2.4G RX
Serial ELRS 2.4G RX uses the Crossfire serial protocol (CRSF protocol) to communicate between the receiver and the flight controller board. So the Serial ELRS 2.4G RX is available to support upgrading to ELRS V3 with no need to flash Betaflight flight controller firmware.
- Enter binding status by power on/off three times.
- Plugin and unplug the flight controller three times;
- Make sure the RX LED is doing a quick double blink, which indicates the receiver is in bind mode;
- Make sure the RF TX module or radio transmitter enters binding status, which sends out a binding pulse;
- If the receiver has a solid light, it's bound.
The Serial ELRS 2.4G RX can be updated via Wi-Fi or Betaflight serial passthrough. Here is the way to update the Serial ELRS 2.4G RX firmware through passthrough.
- Plug in your FC to your computer, but do NOT connect to betaflight configurator.
- Choose target "BETAFPV 2.4GHz AIO RX".
- Flash using the BetaflightPassthrough option in ExpressLRS Configurator.
How to flash firmware via Wi-Fi here.
Connecting External Devices
Please note that the board reserves two serial ports and a standard SBUS port, which is available for the external CRSF protocol receiver or GPS module, and SBUS protocol receiver. You can refer to the below picture.

Recommend Parts
- Drones: Pavo20 Pro II, Pavo20 Pro, Pavo Pico, HX115 SE Toothpick Drone
Package
- 1 * F4 2-3S 20A AIO FC V1
- 4 * M2*10 Machine Screw
- 4 * M2*10 Nylon Screw
- 4 * M2 Nuts
- 4 * Shock Absorbing Ball
- 4 * JST1.25mm Angle Socket
- 4 * JST1.25mm Straight Socket
- 1 * SH1.0 4Pin Adapter Cable
- 1 * Type-C to SH1.0 Adapter
- 1 * XT30 Power Cord
- 1 * Filter Capacitor
- 1 * 30mm Double-head VTX connector wire
- 1 * 60mm Single-head VTX connector wire

FC-ESC Stacks

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